The 11 best order management software solutions in 2023

Order management software (OMS) simplifies all the tasks related to getting products to customers. With the right OMS software, businesses can automate order fulfillment processes and centralize all order-related information, thus saving time and money.

Fulfilling a customer’s order is more complex than picking and shipping products off the shelf. The process starts long before that. Businesses must consider getting the parts or inventory into their warehouse, sorting everything out, and tracking inventory to ensure they’re well-stocked. They also need to ensure that their shipping schedules operate at a sufficient pace to get products to customers quickly.

Order management software is a powerful tool businesses use to streamline and automate their order fulfillment processes. It enables efficient order management from initiation to final delivery. This software centralizes and organizes all order-related information, customer details, product inventory, and shipping information. By integrating with various systems, such as e-commerce platforms and inventory management software, order management software provides real-time visibility into order statuses, inventory levels, shipping updates, and more.

Order management software additionally provides industry-specific benefits to business owners in different sectors. Some include:

  • Retailers: OMS allows retailers to manage, track, and fulfill orders from many different sources, like brick-and-mortar stores, online marketplaces, and other e-commerce platforms.
  • Manufacturers: OMS allows manufacturers real-time visibility into orders and inventory levels.
  • Wholesalers: OMS lets wholesalers easily track available stock, monitor replenishment needs, and avoid stockouts or overstocks.
  • E-commerce businesses: OMS empowers e-commerce businesses to centralize all order-related information, allowing companies to manage orders from multiple sales channels in one place.

While an order management system will benefit your business, some solutions make more sense than others, and some come with advanced features that make your day-to-day operations easier. Here are the 11 best order management software options, details on who they’re best suited for, their prices, and key features.

Methodology: To compile our list, we weighed software that serves different markets, the features of each, their prices, and their user reviews.

Best order management software solutions in 2023:

1. Cin7

At Cin7, we set ourselves apart from competitors by offering two strong products with robust order management capabilities. Cin7 Core, our comprehensive small business solution, automates tasks like data entry and reordering, so you can spend more time running your business. The software also works as a strong point of sale (POS) solution, allowing you to easily track your sales, find new customers, and manage sales from anywhere.

Cin7 Omni, our tool with native EDI & 3PL integrations, elevates order management for small and midsize businesses by connecting products, sales, orders, warehouses, and more in one centralized and automated solution. With your orders living in the same place as the rest of your business data, you can focus more on creating value for your business rather than digging through spreadsheets.

We believe in our tools and their ability to help customers achieve their business goals. See what Software Advice and Forbes say about our software.

Best for: Small and midsize businesses looking to move their order management process from spreadsheets to a centralized platform

Pricing:

  • Core
    • Plans start at $325/month
  • Omni

Key features: Automated inventory replenishment, e-commerce order downloads, 3PL pick requests, automated purchase orders, Amazon order management

 

2. Brightpearl

Brightpearl allows businesses to manage order fulfillment with ease so more resources can go into business development. With various fulfillment options ranging from dropshipping to multi-location fulfillment, Brightpearl can be an effective option for various product sellers.

With multi-channel integration, Brightpearl makes it easy for product sellers to integrate with their preferred sales channel. But while Brightpearl can help product sellers reach more customers in different markets, it falls short in providing insights into sales numbers.

Best for: E-commerce brands looking for a scalable order management solution

Pricing: Available upon request

Key features: Plug-and-play e-commerce integrations, automatic sales channel updates, automated stock replenishment

3. IBM Sterling

Designed to give large organizations the ability to centralize order management across platforms, IBM Sterling is a strong choice for companies looking for a tool that can simplify more complex product order management processes.

Described by IBM as a “single source of truth” for companies that use various sales channels, IBM Sterling works to centralize order information, allowing enterprise companies to manage all their orders in one place.

Best for: Large companies looking to simplify complex product order management processes

Pricing: Available upon request

Key features: Automated sourcing decisions, multi-location inventory management, enables transfers in the event of a stockout, uses aggregated inventory information for order fulfillment

4. QuickBooks® Enterprise

QuickBooks offers a comprehensive order management feature within their Enterprise tool that allows businesses to manage order fulfillment within one system — simplifying order entry, invoicing, payments, and more.

While the tool is an excellent way for businesses to streamline inventory and order management, advanced inventory management features are locked to Gold users and only available to Platinum and Diamond users — making it a little more costly for growing businesses to access the full order management capabilities.

Best for: Product-based businesses looking for a scalable order management system

Pricing:

  • Gold: $1,830/year
  • Platinum: $2,250/year
  • Diamond: $4,400/year

Key features: Simplified order entry, centralized order management dashboard, automated invoicing

5. monday.com

For businesses looking to easily track incoming orders and gain complete visibility into the order cycle, monday.com is a compelling choice. A comprehensive work and project management tool, monday.com offers several templates and tools that can help product sellers streamline the order process.

While monday.com offers many integrations that are prime for project management, it falls short in providing all the integrations to sales channels that product sellers may be interested in, making it difficult to reach new customers.

Best for: Small businesses looking for more management and visibility into the order cycle

Pricing:

  • Free version (up to 2 seats)
  • Basic: $8 per seat/month
  • Standard: $10 per seat/month
  • Pro: $16 per seat/month
  • Enterprise: Available upon request

Key features: Order tracking dashboards, automated order updates, email integration, custom order templates

6. Zoho Inventory

Zoho Inventory is another good option for multi-channel product sellers, as it integrates with Amazon, Shopify, eBay, and Etsy to centralize product and order information.

With Zoho Inventory, you can also automatically print packing slips, generate shipping rates, and track shipments through the order process. Zoho additionally gives you insight into your most and least profitable items — so you can make data-driven decisions about which items to prioritize.

Best for: Solo entrepreneurs or small businesses looking to streamline their order process

Pricing:

  • Free version
  • Standard: $59 per organization/month
  • Professional: $99 per organization/month
    • Premium: $159 per organization/month
  • Elite: $239 per organization /month
  • Ultimate: $329 per organization/month

Key features: Sales channel integrations, package slip creation, payment integration

7. Veeqo

Veeqo’s appeal comes mainly from it being a free tool, but it’s still a strong option for solo product sellers or businesses that are just getting off the ground.

Allowing you to print branded shipping labels and create custom invoices, Veeqo can help you create a name for your business — at no cost. Its reporting features can also give you insight into popular products, order history, and accounting.

Best for: Individual product sellers or young businesses looking to speed up the order process.

Price: Free

Key features: Bulk shipping label printing, branded custom invoices, sales reports, internal shipping notes, ability to reroute lost packages

8. SAP Commerce Cloud

SAP Commerce Cloud has a built-in order management feature that can benefit retailers and wholesalers looking for more visibility into stock and order tracking.

Built within the SAP Commerce Cloud’s order management feature is the Backoffice Order Fulfillment Cockpit, a dashboard that allows users to manage customer orders, review package information, and manage warehouses — providing a centralized view of all your order information.

Best for: Enterprise companies with complex product order management

Price: Available upon request

Key features: Automated order workflow, sourcing, order splitting, ability to view fraud reports, ability to pick, pack, and label shipments

9. Salesforce Commerce Cloud

The Salesforce Commerce Cloud includes an order management feature to centralize omnichannel sales in a single platform. The top CRM in the world, Salesforce’s inclusion of an order management tool makes it convenient for existing customers to handle all their resources in one place.

The main advantage of Salesforce order management is its ease of integration with its other products. If you use Salesforce for different business needs, like B2C Commerce or B2B commerce, your OMS will easily fit in with your other tools.

Best for: Existing Salesforce customers looking to streamline omnichannel order management

Price: Available on request

Key features: Order servicing, distributed order management, omnichannel inventory, automated order rerouting

10. Katana

Katana’s order management system simplifies order management for manufacturers — allowing them to automate manufacturing cost calculations using bill of materials data and gain complete visibility to the shop floor through a mobile app.

Additionally, the insights from Katana’s order management tool allow manufacturers to view all available raw materials and make sales and production decisions based on what is and isn’t available.

Best for: Manufacturers and e-commerce businesses looking for a centralized order management solution

Price:

  • Essential: $99/month
  • Advanced: $299/month
  • Professional: $599/month ($799/month after the first year)
  • Enterprise: Available upon request

Key features: Real-time data management systems, automated manufacturing cost calculations, shop floor visibility through a mobile app

11. Sana Commerce

Sana Commerce helps product sellers elevate their online stores by automatically creating custom product pages based on the products in your ERP and PIM system.

From there, the software uses its native ERP integration to ensure all changes made to product pages get reflected in your online store — allowing you to focus on driving sales rather than keeping tabs on your online marketplace.

Best for: Product sellers looking for streamlined order management and an elevated online store

Price: Available on request

Key features: Automatic language translation, automated returns, automated order editing, order tracking

Benefits of an order management system

Order management systems are not only helpful for you, but they can also benefit your customers and vendors. You’ve probably had some unfortunate instances in shopping yourself; maybe you’ve ordered an item only to find out later that the company sold out of that piece, or perhaps the company didn’t have very good order tracking, meaning you didn’t know where your package was until it showed up at your door.

With the right OMS, you shouldn’t have to stress about orders reaching customers on time, but there are more perks than that. Some other benefits include:

Better customer service

Customer trust isn’t built just by getting deliveries to a customer’s door. Consumers want to know the process end to end: From estimated delivery time to real-time updates in the shipment process.

Order management software significantly improves customer service by giving businesses real-time visibility on order statuses, shipment updates, and delivery tracking, allowing them to provide accurate and timely information to customers. By offering this, businesses can create a sense of transparency and trust with their customer base, encouraging them to make repeat purchases.

Improved vendor relationships

Order management software strengthens vendor relationships by streamlining communication and collaboration regarding vendor managed inventory (VMI). By facilitating order placement and providing clear insight into order fulfillment, OMS can help businesses maintain efficient communication with vendors.

OMS also allows companies to track vendor performance, monitor delivery times, and identify any bottlenecks in the supply chain. Order management software helps build strong and reliable vendor relationships by fostering effective collaboration and transparency.

Automated reordering

OMS allows businesses to automate inventory tracking, triggering alerts for low stock levels or potential stockouts and reordering certain products accordingly. Companies can improve operational efficiency, reduce carrying costs, and ensure timely order fulfillment by maintaining optimal inventory levels.

By automatically setting reorder levels for you, the right OMS will ensure that you never experience a situation where you can’t get products to customers.

Robust reporting

Order management software offers robust reporting capabilities that enable businesses to gain valuable insights into their order fulfillment processes. This software can generate comprehensive reports on various aspects, such as order volume and status, and insights into your most and least popular products.

With these extensive reporting features, businesses can identify trends, track performance metrics, and analyze operational efficiency. By leveraging these insights, companies can make informed decisions, identify areas for improvement, and implement strategies to enhance order management and fulfillment.

 

What is the difference between CRM and OMS?

Customer relationship management (CRM) and order management software (OMS) serve different functions. While a CRM focuses on managing customer relationships, an OMS prioritizes optimizing the order fulfillment process.

While OMS focuses on addressing the order fulfillment process and logistics, CRM is broader in scope and encompasses a more comprehensive range of customer-centric activities. Some solutions, like Cin7 Core, include both order management and basic CRM functionality –– including tracking leads and opportunities.

How to select an OMS

While industry-specific needs will undoubtedly play a role in deciding your OMS, you should consider certain universal elements when switching to a centralized platform. When browsing OMS, you should:

1. Ask about scalability

As your business grows, you’ll want an OMS that can grow with it. A good OMS scales with your business by accommodating increasing order volumes and expanding business operations. The best order management software should be capable of handling a growing number of orders, managing a more extensive inventory, and supporting additional sales channels.

2. Consider integrations.

If you’re a retailer, you’re undoubtedly using several different sales channels to reach your customers, so choosing an OMS that includes all the integrations you need to reach your customers is crucial. Ensure you’re selecting an OMS that integrates with all your sales channels to get the most out of your solution.

3. Look for specific features

Different industries may have unique requirements and processes related to order management. The best order management system should offer industry-specific features and functionalities catering to the business’s needs.

For example, those in the food industry might need features for managing expiration dates, batch tracking, and order freshness since they’re dealing with products with quick turnover.

What software is used for order management?

Finding an order management system is just one part of running your business effectively. One of the reasons these systems work so well is that they grant the ability to consolidate all your information in one place.

The best order management systems should free you from monotonous data entry and worry that products aren’t reaching customers and let you instead focus on adding value to your business. With a centralized solution like Cin7 Core or Cin7 Omni, you can streamline your processes and make sure you never miss a beat.

Ready to ditch spreadsheets and track orders more efficiently? Start your free trial of Cin7 Core to see what automated order management can do for you.

What is inventory management? Your guide for success in 2023

Inventory management is the systematic processes of ordering, counting, storing, and tracking product supply.

Did you know that 43% of small businesses don’t track their inventory for one reason or another? Furthermore, only 63% of retail businesses report accurate supply chain and inventory levels. These alarming inventory management statistics cost businesses millions of dollars every year.

Inventory management refers to the theories, processes, and tools involved in controlling inventory at each stage, from sourcing to storing to selling. The core purpose of inventory management is to ensure you have the right amount of stock on hand at the right time — at the right cost and price. So what is an inventory management system?

 

An inventory management system describes the processes and tools businesses use (physical and digital) to track, record, and analyze inventory movements and sales performance across the supply chain. Cin7 Core and Cin7 Omni are examples of cloud-based inventory management software (IMS) solutions using an integrated software platform to perform all of these tasks efficiently.

Follow along as we unpack inventory management, why it’s important, and how to optimize your inventory management system.

 

Key takeaways:

  • Inventory management is the holistic process of forecasting, planning, and executing a series of inventory-related tasks for a company. It covers tracking goods during manufacturing and sourcing until the final product is in the customer’s hands.
  • Inventory turnover ratio is one way to gauge a business’s inventory management success. It measures the rate at which goods are purchased, used, and sold. Inventory turn is a primary KPI for overall supply chain management.
  • Excellent inventory management strives to enhance planning and forecasting, improve delivery times, control inventory costs, and boost efficiency.
  • Common inventory management challenges are inventory shrinkage, deadstock, out-of-stock inventory, demand changes, and poor use of warehouse space.

Why is inventory management important?

You must have enough inventory to run a successful product-focused business with satisfied customers and meet market demand. Therefore, systematic and transparent inventory management is critical to a business’s bottom line. For instance, it costs money to store inventory, so inventory managers or other stakeholders try to determine the minimum space required to store the appropriate amount of inventory.

Businesses will use many metrics to determine whether or not they’re managing inventory well. One of these metrics is the inventory turnover ratio. Generally, the higher the ratio, the better it is for the company because it means that inventory isn’t sitting idle on warehouse shelves, where it doesn’t make money. In fact, it costs money. Rather, a good inventory turnover ratio indicates that it is being used in production or sold.

Types of inventory

There are three main types of inventory — raw materials, work-in-progress goods, and finished goods. However, labeling with further classifications can help anyone understand the status of a product at any time. Below, we’ll cover the nine most common types of inventory in inventory management.

Inventory Types
Raw materials Materials or purchased parts that make up finished products.
Work-in-progress (WIP) goods Partially completed goods in the process of becoming finished goods.
Finished goods The final product manufactured by the industries or companies that is ready to be sold by wholesalers, retailers, etc.
Transit inventory Inventory that is in transit from the manufacturer’s place to the retailer/wholesaler shop. Sometimes known as pipeline inventory.
Safety stock Extra inventory that can avoid customer service problems, backorders and stockouts and the cost associated with them. It protects against uncertainties in demand, lead time, and supply variations.
Anticipation inventory Stock that is set aside and used to absorb uneven consumer demand during a certain period.
Decoupling inventory Extra raw materials or WIP goods that are set aside out of the way to avoid production interruptions.
Cycle inventory The portion of total inventory that is constantly turned over and replaced with new stock. It’s also considered the minimum stock needed to maintain quotas.
MRO inventory The products that support the production process of the finished goods, such as lubricants, screws and ball bearings, gloves, packing materials, etc.

Benefits of inventory management

As a small business owner, it’s important for you to be in the know about your day-to-day and overall performance at any time. Inventory management for small businesses is a critical component of how you can stay involved.

However, the benefits of inventory management go beyond this. Effective inventory management can curb profit loss through efficient planning and forecasting. It also improves workflow and delivery times. Let’s dive deeper into how inventory management can help your business thrive.

 

1. Enhances planning and forecasting

Managing your inventory brings sense to the data around you. Inventory management can help you analyze and distinguish the products between well-performers and shelf-eaters. Using inventory management tools to identify these products can:

  • Improve revenue generation
  • Free up cash flow

Also, it would be great if you could forecast your customer’s purchasing pattern and restock your inventory based on that data. Inventory management grants you access to do stuff like this, too.

For example, say your forecasted product “x” will be in massive demand during the sales season. You stockpiled product “x” in your inventory, and it paid off. You will not only generate revenue but can also stockpile your supply again based on the daily sales pattern of your customers.

2. Improves delivery time

Nowadays, customers demand no less than the best in the market, whether it’s the quality of the product delivered or the time taken to ship the product to its end customer. Late delivery due to out-of-stock or inventory mismanagement can affect your brand reputation.

Properly arranged and tracked inventory helps:

  • Protect you from mismanagement of inventory
  • Increase customer satisfaction by expedited delivery

3. Controls your inventory costs

Inventory management is about overseeing the flow of inventory through your organization. Stock management helps you better understand which stocks are doing well and which stocks are eating up your shelf space. The key is to order the inventory as much as needed — not too little or too much.

Due to accurate forecasting done with the help of inventory management systems, you can order the products in the right amount and save the costs involved in purchasing extra products and storing them.

This also protects you from keeping a less demanding inventory, backorders, excessive inventory, etc. Also, better inventory management helps you understand which products you must reorder and how frequently you must reorder them from your suppliers. This can help you crack deals with your supplier, thus saving money.

4. Boosts efficiency

If you are spending a lot of time searching for the products your customers order, it may be time to invest in inventory management. Inventory management includes allocating specific locations to specific products, so you can track the products and their quantities efficiently.

Systematically managing products:

  • Saves time and efforts
  • Fosters better employee allocation towards more pressing matters
  • Improves overall productivity

In short, companies need inventories to operate, and having the right products available at the right time in the right quantities to meet customer requirements is the key to achieving the company’s objectives. Inventory management and control help do just that; that’s why it is crucial to business operations.

Inventory management methods

Selecting an inventory management method isn’t one-size-fits-all — you’ll need to pick the method that suits your business best. There are various ways in which you can manage inventory, and it is up to your organization to choose the inventory management technique that best suits your business.

  • Perpetual inventory method: As the name suggests, the perpetual inventory method of accounting inventory is about tracking inventory ‘perpetually’ as it moves throughout the supply chain.
  • Periodic inventory management: Inventory is monitored at the beginning and end of the accounting period.
  • ABC analysis: ABC analysis typically separates inventory into three categories based on its revenue and control measures required.
  • Just-in-time inventory: The just-in-time inventory method refers to having the inventory readily available at the right time and in the right place as per the demand but not overstocking it, creating a deadstock.
  • First-in-first-out (FIFO): FIFO is an inventory accounting method where the oldest stock or the inventory that entered the warehouse first gets sold first. FIFO is one of the most popularly used inventory valuation methods.
  • Last-in-first-out (LIFO): Compared to FIFO, LIFO is an inventory accounting method where goods produced or purchased most recently get sold first.
  • Economic order quantity (EOQ) formula: The economic order quantity is a formula designed to assist companies to not over-or under-stock their inventories and minimize their capital investments in the products they are selling.
  • Vendor-managed inventory: Vendor-managed inventory (VMI) is a business model in which the buyer of a product provides certain information to a vendor or the supplier of that product, and the supplier takes full responsibility for maintaining agreed inventory levels of the material, usually at the buyer’s preferred location or store
  • Two-bin inventory control: The two-bin method comprises two identical plastic bins that get utilized alternately. Both of them get filled with components fitted onto the final product. The workers on the production line use the first bin until it empties. Once the first bin gets wholly utilized, they will start utilizing the second bin. The empty one will act as a signal for replenishment.
  • Fast, slow, non-moving (FSN) inventory: This method separates products based on their consumption rate, quantity, and the rate at which the inventory gets used.

 

Inventory management challenges

You can minimize or even solve many inventory management challenges with proper inventory management systems. But, if demand changes or sudden inventory shrinkages come out of nowhere, you need a plan to curb the issue.

Implement the following solutions to prevent issues — and meet them head-on.

Inventory shrinkage

Inventory shrinkage is a phenomenon where there is less inventory available due to unforeseen circumstances such as shoplifting or employee theft, damaged or expired products, and vendor error. This is one of the biggest problems a company must plan for since the exact causes are typically left unidentified.

Solutions:

  • Safeguard expensive inventory.
  • Build trusting vendor relationships.
  • Install warehouse security systems.
  • Implement employee training and incentives.
  • Tighten the process to avoid overlooked inventory shrinkage.

Deadstock

Deadstock, or obsolete inventory, is stock that never sells for one reason or another over a long period without any near future indications of selling. This stock occupies warehouse space, clutters inventory systems, and blocks cash flow. The most common causes of deadstock are incorrect forecasting and lack of demand.

Solutions:

  • Prioritize customer relationships to understand what they want.
  • Understand market trends.
  • Track sales history and demand.
  • Communicate with your supplier regularly to learn trends.
  • Sell time-sensitive products at discounted prices or donate for tax deductions (if applicable).

Out-of-stock inventory

Harvard Business Review states, “72% of stock-outs were due to faulty in-store ordering and replenishing practices — retailers ordering too little or too late, generating inaccurate demand forecasts, or otherwise mismanaging inventory.”

It’s one of the worst nightmares for any retailer to be out of stock of a particular item, especially when it is in great demand. Being out of stock when the product is in great demand means loss of revenue earning for the company and also decreasing the credibility of your company.

Solutions:

  • Create a re-ordering threshold to alert you when it’s time to restock.
  • Implement demand forecasting.
  • Offer a reserve option to clients when the product is back in stock.
  • Indicate online when products are out of stock and show alternatives available to purchase instead.

Demand changes

Unexpected changes in demand can wreak havoc on a company’s inventory. While high demand means a business may profit, they could sell out, unable to keep up with consumers’ needs. On the other hand, low demand results in deadstock and wasted dollars.

Accurate forecasting allows companies to recognize market trends and improve supply chain management. Though forecasts can’t predict all scenarios, it’s the best approach to managing demand changes alongside remaining flexible.

Try the following tips if you’re in the thick of demand changes.

Solutions:

  • Analyze your current inventory and supplier needs.
  • Build a safety stock.
  • Restructure fulfillment processes relevant to the moment.
  • Implement a strategic demand management system to plan for future challenges.

Poor use of warehouse space

An inefficient warehouse layout negatively impacts workflows, supply chain performance, and shipping times. Optimizing the space you have from the start can save headaches later.

Warehouse design covers much more than building the physical facility. Think about the zoning of each task — like packaging and shipping — and how much space they’ll truly encompass. What’s the best way to store your goods, and what shelving should you use? One frequently forgotten aspect is planning for future growth — will you likely outgrow your warehouse in a year?

Solutions:

  • Utilize an inventory organization system that best suits your business — what products should be most accessible?
  • Map out the workflow between warehouse departments to determine what functions you should place and where.
  • Revamp the picking process in a way that best fits your sales.
  • Optimize for accessibility to cut cross-department interference.

How to manage inventory

You now understand the importance of inventory management, but how do you get started? Here are a few tips and best practices for inventory management to remember as you revitalize your processes.

1. Keep safety stock

Every retailer stocks inventory according to its customer’s average demand. Now, sometimes there can be a rush of sales. You will soon be out of stock faster than you can replenish your inventory. It is during such situations that we need a safety stock.

Safety stocks thus help prevent stock-outs when there is a high variation in demand and supply. For instance, during the Coronavirus pandemic, suppliers couldn’t provide products in the given time frame or the quantity retailers expected. Now in such situations, if the retailer has kept safety stock, it will help make sales and keep customers happy.

2. Emphasize merchandise planning

Retailers of modern times might not question the importance of merchandise planning, but for beginners, here are some reasons why you should plan your merchandise.

Merchandise planning can help you stock your warehouse in a way that increases the inventory turnover ratio. It decreases inventory carrying costs because of:

  • Fewer unwanted inventory in the warehouse
  • Less labor and maintenance costs
  • Loss through obsolescence as most of the stock gets sold
  • Less depreciation of inventory

3. Track your products

The bread and butter of inventory management is tracking products at all times. You should be able to track a single item from when you order raw materials until the finished goods are in customers’ hands. Create a tracking system for each step by identifying responsible parties, selecting a tracking method, and training employees.

4. Invest in automation with connected inventory performance

It’s been said before — manually tracking inventory is a process that you’ll likely outgrow fast. As your business expands to bigger or multiple locations or online selling, a more robust system is needed. This is where connected inventory performance and inventory management software come into play.

Connected inventory performance uses automation and integrations to drive visibility, traceability, and efficiency throughout the inventory lifecycle. It offers software solutions for understanding real-time insights and analytics on stock levels, sales trends, and more. Cloud-based technologies allow connections between point-of-sale bases that update inventory levels automatically after each transaction or new receiving shipment. It’s also easy to set up alerts for low inventory to avoid selling out of your high-demand items.

5. Audit regularly

Though inventory management software offers endless benefits, you should still periodically count your inventory levels to ensure your stock reflects the software’s levels. Depending on your stock size, it may be best to schedule a thorough inventory review annually or even quarterly.

Regular audits paired with systematic spot-checking may catch unexpected inventory shrinkage, improperly stored items, and more.

Frequently asked questions (FAQ)

Still have inventory management questions? Let us answer them.

What is meant by inventory management?

Inventory management means tracking a company’s complete list of goods. It covers tracking raw materials from the original manufacturers to the warehouse to the point of sale.

What is the 80/20 rule in inventory?

The 80/20 inventory rule states that 20% of your inventory and product range should deliver 80% of your sales. Outside of inventory, it suggests that 20% of customers should drive 80% of profits. You may hear this also be called the Pareto Principle.

Can Excel be used for inventory management?

Most businesses outgrow Excel as an inventory management solution very quickly. Tracking inventory through spreadsheets is a manual, time-consuming process. There’s a greater chance of human error and security breaches when relying on Excel spreadsheets for inventory management.

What is the difference between inventory management and inventory control?

Inventory control is a facet of inventory management that manages in-stock inventory, including the day-to-day processes of receiving stock, sending orders, and storing.

What is the difference between inventory management and order management?

Inventory management and order management work hand-in-hand. Whereas inventory management typically handles products before and while it’s in the warehouse, order management takes over once a customer purchases the product. Order management involves receiving, sending, and tracking orders once shipped.

What is the difference between inventory management and ERP?

Enterprise resource planning (ERP) is a multi-faceted system for managing and unifying all business functions within a company. It differs from inventory management as it can include operations, finances, supply chain, human resources, customer relationships, and inventory management.

What is the best way to manage inventory?

While it may come as a surprise, you’re likely not cutting any costs by manually tracking inventory on spreadsheets. Between time loss and human error, your business might be ready to move on to inventory management software.

With an automated, all-in-one system like Cin7 Core or Cin7 Omni, you’ll have real-time visibility on your inventory, allowing you to improve your supply chain, keep customers happy, and minimize inventory loss.

Core and Omni are efficient in handling inventory-related tasks and can automate the entire e-commerce operations process. You can conveniently manage back-end operations of selling your products across multiple channels, multiple locations, and multi-currency by using one software.

To learn more about inventory management software, try a Cin7 demo today.

What is warehouse automation? Types, trends, and benefits

Warehouse automation uses technology to automate processes and procedures. The desired outcome is to reduce human input and maximize efficiency. Warehouse automation integrates robotics, sensors, and software into existing warehouse technologies.

Can you believe we live in a world where robots and humans work together? It sounds like the plot of a science fiction movie, but it’s actually happening. From large corporations to small businesses, the future of warehouses is automated.

Warehouse automation has shown stunning growth since the 2010s, as projections indicate the market could be worth $41 billion by 2027. We can attribute most of this growth to the e-commerce industry, and projections indicate those sales will reach $8.1 trillion by 2026.

But it’s not just e-commerce retailers who use warehouse automation. BMW, for example, optimizes its warehouse processes with Automated Guided Vehicles (AGVs) and inventory management software. Walmart recently invested in Symbiotic, a robotics and warehouse automation company, and plans to automate warehouses and retail locations over the next few years.

Warehouse automation uses automated technology to optimize processes, improve efficiency, gather data for insights, and minimize repetitive tasks for workers. More than robots, warehouse automation is made possible by automation software, Internet of Things (IoT) devices, automated vehicles, and even the blockchain.

As automated warehouse systems become the norm, businesses must stay ahead of market trends and technological developments. Basic knowledge of warehouse automation can help business leaders make informed decisions. In this article, you’ll learn the:

  • Types of warehouse automation available
  • Benefits of warehouse automation in business
  • Challenges of warehouse automation
  • Top warehouse automation trends

 

4 types of warehouse automation

Warehouse automation technology comes in many forms that you can combine in simple or complex ways. This spectrum of complexity spans from basic conveyor systems to advanced robotics integrated with AI technology. We want to provide a list of available methods by explaining the types of warehouse automation technology available in today’s market.

Receiving and shipping

Automation can’t change fuel prices, but it can improve the efficiency of outbound shipping and inbound receiving processes. These efficiencies can save businesses money and improve customer satisfaction by minimizing touchpoints and decreasing the Total Cost of Ownership (TCO). Here are a few leading methods in automating logistics:

  • Automated inbound receiving technology: This technology combines automated versions of conveyors, scanners, labelers, and order verification to simplify inbound receiving tasks. A complex automated receiving system can move, identify, label, and verify all goods against the purchase order without requiring human labor.
  • Automated outbound shipping technology: Outbound shipping automation can detect important labels (including human writing), detect damage, measure items for shipment, and ensure order accuracy. The shipment information is made available immediately through an integrated warehouse management system (WMS).
  • Drones and delivery robots: Drones and delivery robots are changing last-mile deliveries. Customers can receive goods faster and without needing human labor in the shipping process.

Storage and retrieval

The physical act of storing and retrieving goods can be repetitive and dangerous for humans. Offloading these tasks can improve productivity while minimizing safety concerns. Goods-to-person (GTP) technologies can improve accuracy and efficiency when storing or retrieving goods. Be it for manufacturing or order fulfillment.

In one example, Kubota Canada recovered 83% of their floor space by using Vertical Lift Modules (VLM) and horizontal carousels in their distribution center. The benefits of their reduced storage were twofold: Their warehouse became more efficient, and they used the newly freed space for profit.

Available solutions are detailed below.

  • Automatic storage and retrieval systems (AS/RS): AS/RS systems combine robotics and computer systems to augment storage and retrieval in a warehouse. The optimization of storage can increase the density of goods and maximize available storage space. The AS/RS category has many products, including vertical storage systems, horizontal carousel modules, and VLMs.
  • Automated guided vehicles (AGV): These vehicles can carry loads and handle materials with little human input or operation. Companies will primarily use them within warehouses, distribution centers, assembly lines, and manufacturing facilities. In general, their movement is limited to fixed paths and rail systems.
  • Autonomous mobile robots (AMR): AMRs are similar to AGVs, except that robots have the advantage of dynamic mobility. AMRs use advanced sensors and AI processing to adapt and redefine their paths in a warehouse setting. For this reason, they can work safely near humans.
  • Exoskeletons: Exoskeletons are machine suits that augment a human’s capacity for work. They currently address gaps in automation, where a human is required to perform physically demanding tasks unsuitable for robots. Exoskeletons use sophisticated automation and sensors to improve a worker’s ability to lift and move heavy objects.

Picking and sorting

Picking and sorting costs can add up in the long run. According to the Georgia Institute of Technology, about 63% of a warehouse’s operating costs can trace back to order picking. Combining automated picking and sorting technology can decrease costs and increase efficiency.

Consider the following examples of picking and sorting automation:

    • Collaborative mobile robots: Companies may program these robots, sometimes called “cobots,” to assist warehouse workers, and quickly augment manufacturing and warehouse processes such as assembly, handling of materials, and quality assurance.
  • Automated sortation systems: These systems combine scanners with product handling technology such as conveyor belts. They can be fully or semi-robotic. Certain systems can apply labels, wrap packages, and more. Depending on the items and system, sorting capacity can range from 20 sorts per minute to 833 sorts per minute.
  • Automated picking systems: This category encompasses a range of robotic and semi-robotic systems capable of picking, organizing, routing, and shipping. A high-speed system can accurately pick up to 450 items per minute.
  • Pick-to-light: This automated picking system functions as a guide for human pickers. Pick-to-light uses LEDs and other lights to show exact pick locations. They can reduce overhead costs by minimizing inaccuracies, streamlining the picking process, and reducing cognitive load for workers.
  • Voice picking and voice tasking: Just like the name suggests, these systems use voice recognition to augment the picking process for human workers. Workers come equipped with headsets that relay picking information to them hands-free. Workers can then respond verbally or communicate with the program using scanners.

Warehouse management

Warehouse management systems (WMS) are the heart of an automated warehouse system. For example, robotic systems communicate with these systems as they receive, store, pick, sort, and ship goods within the warehouse. Warehouse management software can also integrate with third-party logistics (3PL) solutions and automate manual processes.

These systems can optimize warehouse storage space, calculate inventory, schedule purchase orders and deliveries, manage product demand fluctuations and returns, and integrate with 3PL.

WMS offer a range of capabilities using automation. Some of the main capabilities of WMS include:

    • Cloud-based inventory management: Cloud-based systems are integral for modern warehouse logistics. Real-time management allows for automated inventory adjustments in response to fluctuating demand and availability. Their cloud-based functionality supports integration with robotic and automated warehouse systems.
  • Reports and forecasting: WMS simplify forecasting by automatically pulling data from all available sources. These systems use automation to compile and aggregate data to streamline reporting and forecasting. You can optimize order fulfillment by using this quick and accurate data pulled in real-time from all warehouse departments.
  • Order management and fulfillment: Automated order management systems can speed up fulfillment, replenishment, purchasing, and sales orders. Using real-time information, the WMS can send POs automatically when inventory reaches a certain volume. Branch transfers can automatically occur as determined by pre-set conditions.
  • Built-in Electronic Data Interchange (EDI): Rather than using a third-party solution, WMS can support built-in EDI. This allows the automation of workflows, including order download, shipping, and the processing of invoices. Manual data entry can also be reduced by rule-based automation.

4 benefits of warehouse automation

Every business should consider how automation can benefit their particular use case. No two businesses are the same, so any automation must be onboarded with deep consideration. The warehousing industry has many pain points that automation can alleviate. Here are a few of those benefits.

1. Real-time visibility

One of the immediate benefits of warehouse automation is real-time inventory visibility. Cloud data supports visibility from warehouse storage to distribution and everything in between. A prime example is e-commerce, where response times and customer satisfaction are key to a successful business.

Knowing exact stock levels at all times allows businesses to:

  • Accurately forecast demand
  • Keep optimal stock levels
  • Make quick decisions
  • Create data-informed strategies
  • Keep customers happy by avoiding stockouts and backorders

2. Reduced cost

Warehouse automation can reduce costs associated with just about every process and procedure. For example, optimizing storage and freeing up floor space creates new revenue opportunities. Up to 80% of basic shelving can be considered wasted space. Automation makes it possible to reduce this waste and recoup those costs. Labor productivity increases as humans work more efficiently alongside their automated counterparts.

Warehouse automation reduces costs by improving:

  • Human labor and manual processes
  • Reporting and forecasting
  • Storage capacity
  • Warehouse scalability

3. Reduced error

Automated systems reduce error significantly in comparison to non-automated systems. Human error is an inevitable factor in manual processes. According to a study by the University of Hawaii, manually updating inventory spreadsheets can lead to error rates as high as 86%.

Automated systems are not prepared to fully automate all aspects of a warehouse. But automation can greatly reduce error in certain areas. For example, automated storage and retrieval systems can increase the accuracy of associated tasks by up to 99.99%.

Overall, warehouse automation can reduce errors by:

  • Minimizing the need for manual input
  • Augmenting manual input with rule-based automation
  • Reducing worker fatigue
  • Supporting proactive decision-making with real-time data

4. Reduced risk of injury

Fatal work injuries in transportation and warehousing are some of the highest in any industry. There were 976 fatal workplace injuries in transportation and warehousing in 2021. Construction was number one, with just 10 more fatalities per year.

A study by the University of Pittsburgh showed that work-related injury rates were reduced due to the introduction of robotics. Other data in the study indicated a 4% decline in “physical job intensity” and a 5% drop in disability. Whether it’s picking or inventory management, automated warehouse systems can reduce manual work requirements and the associated fatigue. Workers can stay focused and avoid injury in a warehouse setting by reducing fatigue and cognitive load.

3 challenges of warehouse automation

With significant benefits come challenges. Many of these challenges occur in the early phases of automating a warehouse. Take stock of which challenges will impact your business the most so you can plan to address them.

Create an implementation committee to oversee the automating project. They can keep stakeholders informed, organize efforts, ensure regulatory compliance, and support a smooth transition toward automation.

We’ve outlined some of the main challenges associated with introducing warehouse automation below.

1. Integration

Integrating any new systems or technologies can be challenging, especially when those systems involve a lot of essential customer data. Furthermore, new technologies require training and a period of adjustment for teams.

For example, a business may want to stick with its enterprise resource planning (ERP) system if it already has a warehouse management system (WMS) feature. This feature may work now, but switching to a dedicated WMS is important for scaling with increasing complexity, and it will have more robust functionality than the ERP system’s WMS feature.

Small and medium-sized businesses can implement an inventory and warehouse management system much cheaper and faster than a traditional ERP. This solution combines inventory management system (IMS) and WMS technology with automation that is built to scale. Integration is important, and choosing an all-in-one solution can save time while reducing startup costs.

There is no simple solution when automating a process that involves many steps. Depending on the complexity of your warehouse automation, it can take 4-12 weeks of onboarding. During this time, your task force must pay close attention and prepare to remediate any issues.

2. Upfront costs

While warehouse automation pays off in the long run, the upfront costs can be significant. Average costs can range from $15,000 to more than $200,000 depending on the size and complexity of your operations. We’ve provided some averages for you to consider regarding your warehouse automation needs:

    • Warehouse management software can cost less than $1,000 a month with a robust WMS system like Cin7 Core.
    • Cobots can cost an average of $35,000 upfront for a single collaborative robot.
  • AS/RS systems have varied costs, ranging from $70,000 for a Vertical Carousel Module and $1.5 million for Robotic Cube Storage.

These solutions can be worth the investment when warehouse labor takes about 65% of most operating budgets. Budgets should plan for all upfront costs, such as the number of users, required peripheral devices, and installation costs.

3. Launch day

Some stress is normal leading up to a new system launch. Did we set it up right? Are there issues we aren’t seeing? Growing pains are common for any business that bravely enters a new territory. Organize your launch days thoroughly to mitigate any issues during this exciting phase.

Remember these best practices:

  • Plan to monitor, test, validate, and potentially abort the launch.
  • Budget for extra resources required during the launch phase.
  • Communicate with vendors and make sure they are available to supervise during the launch process.

Establish automation committees well ahead of launch day. The committee can establish key metrics for validating processes and potentially aborting the launch. A dedicated party can communicate with multiple stakeholders and ensure everybody has the resources they need for a successful launch.

5 warehouse automation trends

The warehouse automation market continues to grow, potentially exceeding $69 billion by 2025. Warehousing is more predictable than other industries, like construction, which makes it a prime environment for automation. Here are some warehouse automation trends we’re seeing right now.

  • Automated guided vehicles: The AGV sector is predicted to reach $9.18 billion by 2030. Autonomous vehicles are restricted now but have the potential to be highway ready in the future.
  • Additive manufacturing: This application of 3D printing creates spare parts (and more) in an industrial setting. The market was valued at $16 billion in 2022 and is predicted to reach $94 billion by 2032.
  • Blockchain: This technology creates a decentralized record of transactions that all partners in a supply chain can access. These digital ledgers can improve visibility, accuracy, and accessibility. The adoption rate for blockchain technology could potentially reach 45% percent by 2030.
  • Internet of Things (IoT): These “things” can relay valuable data that leads to powerful business insights. For example, businesses can use IoT data for predictive maintenance, which reduces breakdowns by 70%.
  • Cloud solutions: The reliability and scalability of cloud technologies show no signs of slowing down. The cloud automation market is predicted to reach $480 billion by 2030.

How do you automate warehouse processes?

Warehouse processes can be easily automated when they are repeatable and somewhat predictable. Warehouse automation technology continues to advance in ways that make it increasingly flexible, adaptable, and scalable. Whether you consider a robotic picking system or a cloud-based order fulfillment solution, it all comes down to your business needs.

A warehouse management system is one of the key components of an automated warehouse. No sophisticated system can rely on manually updated spreadsheets — you need a reliable WMS to connect all your order, inventory, shipping, and accounting workflows.

Take your business to the next level with Cin7 Inventory and Warehouse Management Software solutions.

What is a bill of materials (BOM)? [guide]

A bill of materials (BOM) is an extensive list of raw materials and components required to manufacture or repair a product or service. BOMs are designed in a format that keeps the finished product at the highest level and the other individual components and materials at the bottom.

Ever been halfway through making a pizza and realize you forgot to buy cheese? Or started building a treehouse only to find out you don’t have a hammer?

Believe it or not, manufacturers plan their production process in a similar way. Just like how we jot down all the ingredients we need to make a pizza, manufacturers track everything they need to create a product. But in manufacturing, the stakes are much higher. So, they don’t just rely on iPhone notes. Instead, they use a special, standardized document called a bill of materials.

A bill of materials (BOM) is a list of all the materials and components required to build a finished product. You can think of it like a recipe for a product that lists all the needed ingredients and their quantities.

A well-structured BOM can help companies in various ways, including:

Creating a BOM is the first step in getting a product into production. Without a BOM, it can be difficult to track profits, communicate with the shop floor, or ensure that the right materials are on hand when needed. Taking the time to create a well-structured BOM can improve your efficiency, reduce costs, and ensure that your products get built to the highest standards.

Stay with us as we explore the different types of BOMs, how to make a BOM, and the essential information to include in them.

Key Takeaways:

  • A bill of materials (BOM) encompasses all the materials, components, and information necessary to assemble a product.
  • There are multiple types of BOMs, including manufacturing BOMs, engineering BOMs, sales BOMs, production BOMs, and configurable BOMs.
  • BOMs are typically displayed in either a single-level view or a multi-level view.
  • There are some universal elements you should include in every BOM, like part number, part name, raw materials, quantity, and more.

Types of BOM

Different departments utilize various types of BOMs, each focusing on their specific needs. These BOM types include:

1. Manufacturing bill of materials

A manufacturing bill of materials (MBOM) is a structured list of all parts or items needed to create a complete product. All teams involved in the order cycle will receive the information to ensure all the correct people have visibility into the process.

2. Engineering bill of materials

An engineering bill of materials (EBOM) includes parts designed by the engineering department, typically involving a mechanical or technical drawing of the finished good. It’s common for a product to have multiple EBOMs due to necessary design modifications.

3. Sales bill of materials

A sales bill of materials (SBOM) outlines the product in the sales stage and details each product before its assembly. In this context, the finished product is considered a sales item, not an inventory item.

4. Production bill of materials

A production bill of materials (PBOM) serves as a guide for the components comprising a product. It lists the necessary components and makes adjustments throughout the production process as components become finished products.

5. Configurable bill of materials

A configurable bill of materials (cBOM) is used for products that need specific customer adaptations, such as unique shipping and packaging requirements.

BOM structures

There are two main ways you can present and structure a BOM, and the method you use will likely depend on the complexity of your product. The two structures are:

Single-level bill of materials

Simpler products with fewer parts and straightforward assembly will often require a single-level bill of materials. It’s not favored for complex products due to its inability to clearly define relationships between parent and child parts or between assemblies and sub-assemblies.

Consequently, if production issues occur, this BOM type lacks the specificity to pinpoint the origin of the problems.

Multi-level bill of materials

While a multi-level bill of materials requires more time to create than a single-level BOM, it provides superior detail and reliability regarding the product’s parent and child parts. Moreover, multi-level BOMs depict the full relationship between these parts.

As this BOM encapsulates all product-related aspects, its utility extends beyond manufacturing. It can also enhance engineering, design, sales orders, and material management processes.

How to make a bill of materials

After identifying the BOM structure you’ll use, you’re now ready to begin crafting your own. Developing a BOM is a strategic endeavor that needs careful planning to avoid future hiccups. Here are the steps you should take when making your BOM:

1. Decide what you need to include

First, outline what your BOM should include. While it might seem evident, detailing every item — even seemingly unimportant ones — is vital. This avoids any potential omissions during later stages.

2. Collect and assemble information

Assembling the necessary information for your BOM is easier said than done. Therefore, you must find a way to centralize the data. Comprehensive inventory tracking software is the best way to unify information in a single platform.

3. Select editors

To ensure BOM accuracy as items change during production, limit BOM editing to a select few within your organization. Modifications will likely need to be made to the BOM during the production process, so it’s better to only let a select few dictate these changes.

4. Choose a BOM structure

Next, choose your display method—single-level or multi-level. For simpler products, a single-level BOM suffices. For more intricate items, consider a multi-level BOM.

For instance, a bike might seem composed only of wheels, a frame, handlebars, and a seat. However, multiple components go into making frames and wheels—spokes, tubing, etc. — which also need tracking.

5. Create the BOM

With all BOM specifics decided, it’s time to create it. Certain information always requires inclusion, regardless of the product. We’ll dive further into these essential details next.

What does a bill of materials include?

The BOM works to ensure the product is built correctly, so you should always include the following pieces of product data in the BOM record:

 

  • BOM Level: This is the rank or number for all your parts. The BOM level keeps tabs on every part of your BOM, whether single- or multi-level.
  • Part Number: This is the unique part number assigned to each item, making it easy to reference and track all parts.
  • Part name: This is the unique name of all the parts in the product.
  • Raw materials: This specifies the precise quality or raw material type required for the manufacturing process.
  • Part description: A detailed description of each part helps distinguish between similar parts.
  • Quantity: The number of parts utilized in each assembly or subassembly must be documented to direct purchasing and manufacturing activities.
  • Unit of measurement: This illustrates what unit the part will be measured in.
  • Procurement type: Document each part you purchase or make (i.e., off-the-shelf or made-to-specification) to develop efficiencies in planning, manufacturing, and procurement activities.
  • Reference designators: In case your product includes printed circuit board assemblies (PCBAs), incorporating reference designators within your BOM is critical to illustrate where the part fits on the board.
  • Relevant notes: Ensure that additional relevant notes are captured to keep all parties who interact with your BOM informed. Accurate documentation within the BOM aims to save time and prevent confusion in the future.

Tips for creating an impactful BOM

A BOM’s efficiency relies on more than the sum of its parts. Regardless of its complexities and what it includes, the following four principles lay the foundation for creating an efficient BOM.

1. Tailor your BOM to project needs

Before creating a BOM, discern the vital details and design the BOM to meet these specifications. Tailor your BOM to suit the unique demands of the project or build.

2. Include enough detail

Include comprehensive information to ensure your BOM is as precise, accurate, and as detailed as possible. Although some details may seem redundant, there’s a general guideline to follow:, The more detail, the better.

3. Double-check for accuracy

Before uploading or forwarding your BOM, verify that it contains all necessary information and that the data is correct. Small errors can have significant repercussions, hence the need to double-check the details and ensure their accuracy.

H3: 4. Limit access

Restrict the number of individuals who can edit the BOM. While other members of the organization can access and utilize the BOM, prevent them from making modifications. This safeguard helps mitigate potential human error.

 

Frequently asked questions (FAQ)

Still wondering about what a BOM is and how to create your own? Look no further. Here are some of the most common questions and answers about BOMs and the process of creating one.

What is the meaning of a bill of materials?

A bill of materials is an exhaustive list of materials required to produce a product, along with any additional instructions and information pertinent to the production process.

What is a bill of materials example?

Consider a pizzeria tasked with making 100 pizzas. The BOM would encompass everything required to make the pizzas, such as dough, pizza sauce, and cheese, as well as resources for cooking the pizzas, like pans and ovens. A multi-level BOM would go even further to include child ingredients, like the water, flour, and yeast that are used to create the dough.

Does a bill of materials include prices?

A BOM typically includes the price of each material or component.

Does a bill of materials include labor?

A BOM typically does not include labor. Rather, the BOM includes components, parts, and prices. Labor is reported separately.

 

What is the purpose of a bill of materials?

BOMs are essential tools in eliminating problems in a company that runs lean and continuous improvement processes. They help reduce errors like ordering the wrong part, wrong quantities, or similar issues that lead to costly downtime and production delays.

By automating your BOM with an inventory management solution, you can get up-to-date demand forecasting and the ability to modify the list easily. This will prepare you for anything that arises during the manufacturing process.

Create BOMs with ease with Cin7.

What is procurement? A quick guide (2023)

In business, procurement refers to the process of sourcing and obtaining goods or services. Direct procurement refers to the sourcing of goods and services that are critical to a business. Indirect procurement refers to the sourcing of goods and services that are important but aren’t critical.

It’s no secret that global supply chains have experienced issues over the last few years. For example, the war in Ukraine increased the price of commodities like gas and oil, food products, and fertilizers across the globe in 2022. Hurricane Ian hit Florida in 2022 and led to port and rail transportation shutdowns. Port Tampa Bay alone had a “$17 billion economic impact.” In a global environment, procurement teams need to be creative and plan to stay ahead of disruptions and competitors.

So, what is procurement? In the broadest business sense, procurement is the process of sourcing and obtaining goods or services. Procurement begins with identifying business needs and ends with paying a supplier for goods and services. The process involves a lot of communication, strategy, documentation, and financial analysis. Procurement involves many stakeholders including:

  • Suppliers
  • Accountants
  • Legal teams
  • Product and manufacturing teams
  • Procurement managers

We’ve outlined the four types of procurement, how the process works from start to finish, procurement software, and more. We hope this guide helps you consider the process and its impact on your business.

Why procurement is important for business

Procurement is important because it’s vital to a business’s ability to function. Without certain goods and services, most businesses cannot operate. Direct procurement addresses the core functions of a business, and indirect procurement addresses the less direct elements, such as rent and HR services. For example, car manufacturers need to procure goods such as steel, rubber, and plastic, as these raw materials are critical to their ability to create a product. Any changes in availability or cost can have a significant impact.

Since procurement takes up 40%-80% of a business’s external spending, even a small difference in cost can significantly affect profit. Strategic approaches to procurement can minimize the cost of goods sold and also mitigate potential supply-related issues and disruptions that can impact business performance, such as:

  • Supplier delays
  • Supply chain issues
  • Increased cost of goods and services

Supply chain disruptions and market shifts are inevitable, and the global marketplace must respond to remain buoyant. For example, a sudden increase in fuel costs can impact the associated costs of transportation and storage. To mitigate the impact of those rising costs, companies might use procurement analytics to manage their potential risk and remain profitable. In fact, procurement analytics is becoming so critical to navigating a turbulent supply chain that the market is projected to reach $19 billion by 2023, according to a recent study by Verified Market Research.

4 types of procurement

The four different types of procurement.

The four types of procurement include direct, indirect, goods, and services. Whether procurement is direct or indirect depends on the type of product a business creates. For example, car manufacturers indirectly procure office supplies, but office supplies are not an integral element of a vehicle. On the other hand, an office supply store directly procures office supplies from a wholesaler. This is considered direct procurement because office supplies are core to their retail business. Procurement types are important for planning and prioritization.

Direct procurement

Direct procurement refers to the procurement of goods and services that are critical to a business. Think of direct procurement as “directly related.” These goods and services generally get procured in large quantities at a low frequency. In a broad sense, this encompasses anything a business needs for creating a finished product.

Examples of direct procurement include:

  • Raw materials such as coal, metal, plastic, corn, lumber, and more.
  • Semi-finished goods and works in progress, including computer chips, sugar, paper, and anything processed.
  • Finished products that retailers purchase from wholesalers, such as t-shirts and candles.

Indirect procurement

Indirect procurement refers to the procurement of goods and services that are important but not critical to a business. These goods and services generally get procured in smaller quantities and at a higher frequency. Think of indirect procurement as “indirectly related” to the business. However, don’t be misled, these goods and services are just as vital for the day-to-day operations of a business.

Examples of indirect procurement include:

  • Office supplies such as computers, task management software, pencils, and more.
  • Operation consumables like lubricant, water, sewing machine needles, bobbins, and chemicals.
  • Outsourced services such as maintenance services, marketing services, business consultants, and any third-party services that help the business function.

Goods Procurement

Goods procurement refers to the process of acquiring physical items, which can range from a simple lightbulb to a fleet of vehicles. Unlike services, goods require transportation and storage. It’s important to note that software is considered a good, while software as a service (SaaS) is considered a service.

Examples of goods procurement include:

  • Raw materials such as tin, grain, cotton, and petroleum.
  • Semi-finished goods like steel, canola oil, yarn, and sugar.
  • Finished products such as smartphones, clothing, cooked sausages, or furniture.
  • Software, including on-premise software and non-subscription software.

Services Procurement

Service procurement refers to the process of sourcing and purchasing services. We can categorize this type of procurement under indirect and direct procurement, depending on how critical the service is to the company’s core function.

Examples of services procurement include:

  • Business consultants like legal consultants, operational consultants, and HR consultants.
  • Marketing agencies such as advertising agencies, PR agencies, and digital marketing agencies.
  • Building maintenance services that include janitorial, landscaping, HVAC.
  • Software as a Service (SaaS) like Amazon Web Services (AWS), Salesforce, and Slack.

Procurement misconceptions

With such a complex subject, it’s no surprise that people frequently misuse the term procurement. In this section, we’ll explore some of the most common misconceptions surrounding the topic, how it relates to the larger inventory management lifecycle, and how to avoid any miscommunication.

Procurement vs. purchasing

Purchasing is a part of the procurement process, but isn’t interchangeable with procurement. The two terms often get mixed up because they both involve acquiring goods and services. However, procurement addresses larger business concerns like profitability, while purchasing addresses lesser concerns such as order costs.

The purchasing process involves creating purchase orders, auditing shipments, and making payments. This stage of procurement does not involve identifying business needs or selecting vendors.

Procurement vs. supply chain management

Procurement is a significant part of the supply chain lifecycle that supports creating a product, but we shouldn’t confuse it with the entire supply chain management (SCM) process. Procurement and SCM both support the creation of a product, meaning they’re both concerned with materials, vendors, and manufacturing.

The procurement process ends when all the materials are in place for creating a final product. Procurement isn’t directly involved in manufacturing, distribution, and retail locations.

Procurement vs. sourcing

Sourcing plays a crucial role in the procurement process. It starts once the business identifies its needs and seeks potential vendors, vets them, and chooses the best option to fulfill the business’s needs.

Sourcing is a very early stage of procurement. Once sourcing is complete, the purchasing stage of procurement can begin. This stage involves ordering, monitoring, receiving, and making final payments for goods.

Procurement vs. contract management

Contract management is part of the procurement process, which addresses vendor relationships, purchase orders, and payment for goods received. Contract management is the process of managing those agreements.

Contract management and procurement share the same goal of building positive vendor relationships, making contract management relevant to each stage of the procurement process. But the terms should not be used interchangeably.

 

How the procurement process works (8 steps)

The eight steps in the procurement process.

1. Identify business needs

This first stage of the procurement process identifies what a business needs to create a product or provide a service. Consulting with relevant stakeholders can ensure the satisfaction of all parties. This process is sometimes referred to as a business needs analysis (BNA).

These granular product details will inform sourcing and purchasing in the following stages. Departments make requests for a wide range of needs, which can range from raw materials to office buildings. The procurement process continues once the business has adequately identified its needs.

2. Research vendors and suppliers

Following the BNA, procurement specialists begin to research vendors and suppliers. Knowing what they require for products and services is only half the battle, as this research-heavy stage of procurement informs larger business strategies.

Vendor considerations can include:

  • Cost of goods or services: How much the business will pay the vendor.
  • Scope of the contract: How long the contract will last.
  • Timing for payment: When to make payment.
  • Termination requirements: What conditions can support the termination of the contract.
  • Insurance details: Who will handle insurance during the transportation stage.
  • Consequences: Details of the ramifications that can occur when contractual obligations are not fulfilled.

Strategy occurs during this stage using data analysis, market research, and supplier negotiation. This concept is known as strategic sourcing. For example, market research can inform a choice of suppliers from a particular geographic location, and internal demand data can support the choice of vendors and suppliers.

3. Choose vendors and suppliers

With all the necessary research in place, it’s time to choose vendors and suppliers. Before reaching out, the business will consider the budget and analyze the requested goods and services again. This stage includes validating the vendors before the business makes any commitments. This helps the business avoid potential scams, illegitimate claims, or other negative outcomes.

At this stage, the business will send a request for quotation (RFQ) to potential vendors. With an approved vendor quote, the business can send an official purchase order.

4. Create the purchase order

After selecting a vendor and receiving a quote, the business creates a purchase order (PO). Depending on its size and cost, the POs may require approval from various departments. Once approved, the PO is sent to the supplier.

Purchase orders contain important information, such as:

  • An internal PO tracking number
  • A description of goods being purchased
  • Quality and quantity specifications
  • Detailed vendor information
  • Terms and conditions
  • Payment terms and conditions

Once the vendor accepts the PO from a business, it becomes a legally binding contract between the two parties, complete with pertinent information. For example, the PO will indicate when the vendor receives payment from the business.

5. Monitor order

The order will be monitored as the supplier fulfills it, and as it moves through transit towards the paying business. Orders in transit can get lost, damaged, or delayed, and businesses and suppliers will share these supply chain visibility concerns. With so many stakeholders, it’s important that procurement specialists communicate diligently.

Procurement specialists and stakeholders need to prepare for:

  • Receiving the order
  • Auditing the order
  • Storing the order

Businesses need to monitor shipments so relevant stakeholders can stay informed and prepared. The monitoring process begins with the creation of a purchase order. From there, procurement will stay in contact with the supplier who will send advanced shipping notifications (ASNs). The ASN is a document that provides all the necessary details about the incoming order, allowing the business to stay informed and keep track of their order.

6. Receive and audit goods

You must audit received goods for quality control and to ensure all agreements have been met. Document irregularities in case of vendor error or fraud. An internal auditor, or auditing team, will be in charge of the auditing process, and the PO will assess whether the goods meet expectations.

The PO will help answer questions like:

  • Were all ordered goods received?
  • What is the quality of the goods?
  • Was the order received on time?

Detailed documentation is vital for informing the final phase of procurement. You can’t release payment for the order without a successful audit and an approved invoice.

The auditing process can provide useful insights to improve a business’s efficiency and profitability. Insights made during the audit can be compared against internal departments and external trends in the market.

7. Review and approve invoice

The invoice and PO are different documents that serve separate functions. The invoice is the document that needs approval before a vendor receives payment. While the PO is made available when receiving goods, the invoice may arrive at a later date.

Once they receive an invoice, the accounting team will typically perform three-way matching. Three-way matching ensures the PO matches the order receipt and invoice.

This stage ensures that:

  • Payment is deserved (following audit)
  • Payment is only for the items received
  • Negotiated discounts will be honored
  • Funds will be dispersed correctly

8. Make payment and update records

Payment is finally issued upon the approval of accounts payable. Businesses need to have an efficient approval process in place to ensure invoices are paid in a timely manner. Both parties have stipulations outlined in the final purchase order.

It is absolutely important to keep these records updated. Businesses must be prepared for potential audits or contractual disputes. Well-maintained records can also support data analysis. These accounting records may inform strategies, and can help improve inventory management, vendor relationships, and the procurement process overall.

Procurement software

 

What is procurement software?

Procurement software streamlines and simplifies tasks associated with the procurement process. Procurement software simplifies redundant manual tasks and increases efficiency simultaneously. The right software can make data accessible and help improve business efficiency.

Our inventory management platform provides robust reporting for small and medium-size businesses. And Cin7’s ability to integrate with commerce platforms makes it an all-in-one system for product sellers.

Sign up for a free trial to see how Cin7 Core can help you reach your business goals quicker and easier.

What is manufacturing lead time & how can you reduce it?

Manufacturing lead time is the time it takes to manufacture a product and then deliver it to a customer. In a nutshell, it reflects how long the customer needs to wait to receive what they ordered.

We all know the excitement of waiting for a package to arrive — and the confusion and disappointment when a delivery gets delayed.

Customers remember brands that deliver their products quickly. If an order takes weeks to arrive, customers will likely think twice before ordering from that company again. Brands that prioritize quick order fulfillment build trust and reliability with their customers.

Manufacturing lead time refers to the time between when the production of a product is scheduled and when it’s completed — it’s a major factor in driving consumer trust and happiness.

If you’re outsourcing products, much of the lead time is out of your control since you’re relying on the supply chain. However, as a business owner, there are actions you can take to mitigate supply chain issues and reduce manufacturing lead time.

In this post, we’ll explore the different factors that impact manufacturing lead time and provide tips on how to reduce it.

Key Takeaways:

  • Lead time begins when a customer places an order, whereas cycle time starts once work begins on a product.
  • Calculate manufacturing lead time by adding preprocessing time + processing time + post-processing time.
  • Numerous factors impact manufacturing lead time, such as stockouts, lead time variability, delays in shipping, and more.
  • Automating your inventory management process is a great way to reduce lead times and get products delivered quicker.

Types of lead time 

In the manufacturing process, there are four primary types of lead time that relate to the process as a whole. These include:

  • Customer lead time: The time it takes for a customer to receive an order after they place it.
  • Material lead time: The time it takes for a company to receive raw materials after becoming aware that they need them.
  • Production lead time: The time it takes for a company to manufacture a product after receiving its materials.

All of these lead times work in tandem to determine the total lead time required to manufacture and deliver the product.

Lead time vs. cycle time

Lead time and cycle time are commonly confused, but you can distinguish them by looking at the timeline for an order.

While lead time begins when a customer places an order, cycle time doesn’t begin until work actually begins on the product. So while lead time includes both purchase processing and the actual manufacturing, cycle time only refers to the process once manufacturing begins.

How to calculate manufacturing lead time

To reduce manufacturing lead time, you have to know what your baseline is. Luckily, you can easily calculate manufacturing lead time so you can make a plan to reduce it.

The formula for calculating manufacturing lead time is:

The formula to find manufacturing lead time is preprocessing plus processing plus post-processing.

While this calculation may appear simple, it’s important to know exactly what each term refers to before crunching the numbers. Here’s what each element means:

 

  • Pre-processing: The time it takes for a company to process a customer order, obtain supplies, and prepare the supplies for production.
  • Processing: The time it takes to produce the order (this is the same as cycle time).
  • Post-processing: The time it takes to deliver the product to the consumer.

Adding these elements together paints a full picture of the manufacturing process — and the timelines for each step. It’s important to break the equation down into these three timelines so you know which step to prioritize first when optimizing your lead time.

What impacts manufacturing lead time? 

Knowing how to calculate and reduce manufacturing lead time is significant because of the sheer amount of factors that can add to or increase lead time. The factors that impact manufacturing lead time include but are not limited to:

Six factors that impact manufacturing lead time.

1. Stockouts  

Just as a vehicle cannot run without fuel, a manufacturer cannot fulfill orders without raw materials. Stockouts can be catastrophic for manufacturers as they bring production to a halt. This delay in production can:

  • Increase lead time.
  • Add to customer dissatisfaction.
  • Reduce sales.
  • Incentivize customers to buy from competitors.

With the right inventory management software, you can set reorder points so the system will automatically place orders with suppliers when raw materials fall below a certain preset level, ensuring that you do not face stockouts.

Learn how Cin7 inventory management solutions solves this problem and more with a live demo.

2. Lead time variability 

Just as stockouts can lead to an increase in manufacturing lead time, the same can happen with suppliers. Stockouts and supply chain issues with suppliers can increase their lead time, leading to an increase in yours.

Dealing with multiple suppliers can make predicting when all required items will be delivered difficult, resulting in overstocking or understocking. Ordering excess inventory can strain your budget while understocking can lead to a loss in potential sales. All of this makes it challenging to execute production smoothly.

You can address this issue by consolidating suppliers to ensure that everything you need arrives simultaneously, allowing for smooth production runs and lower shipping costs.

3. Amount of testing required 

If you plan to go skydiving, you expect the parachute to be well-tested and of supreme quality, right? After all, your life depends upon it.

For items like parachutes, extensive testing is essential, and more testing requires more time. The production part approval process (PPAP) determines the time to complete processing. In manufacturing, you need to check the individual quality of the products and ensure the parts work as desired once combined.

The number of tests — and the number of parts you must test — all affect lead time.

4. Delays in shipping 

Shipping is the act of carrying items from one place to another. A number of factors can affect shipping time, including natural disasters, human error, and component shortages. Out of all the issues discussed so far, this one is the most unpredictable and challenging to control.

Businesses can mitigate the risk of shipping delays by sourcing suppliers located nearby. Otherwise, you can choose a supplier who constantly keeps inventory stocked by monitoring their levels. There’s a general rule of thumb: Fewer incoming shipments lead to a lower risk of order fulfillment delays.

5. Inefficient inventory control 

Inefficient inventory control can adversely affect the lead time of your manufacturing unit. Inefficiencies increase inventory management costs, raise stock handling charges, and generally slow the production process. Unlike delays in shipping and lead time variability of suppliers, inventory control is entirely in your control.

Implementing proper inventory control can help you determine how much inventory you currently hold, ensuring that you have all the necessary components to run manufacturing smoothly.

6. Market demand 

In 2017, the demand for fidget spinners was soaring high. It is estimated that 50 million fidget spinners were sold in the first half of 2017 alone. But today, hardly anyone talks about them.

This case proves that you cannot perfectly predict customer demand. If something is highly sought after today, it does not necessarily mean that it would be relevant tomorrow. Improper demand planning in such scenarios can lead to losses.

Market demand can also affect the lead time. If there is a spike in demand for your product, your suppliers could likely face high demand as well. A delay from suppliers can increase order fulfillment time and increase your lead time.

How to reduce manufacturing lead time 

Reducing lead time can make for happier customers and build compounding trust. As a result, it’s paramount to know how to combat supply chain disruptions and ensure you’re optimizing manufacturing lead time. Some methods include:

Five ways you can reduce manufacturing lead time.

1. Keep safety stock

If you don’t use just-in-time inventory, then keeping safety stock is a great buffer in case supply chain disruptions arise. Safety stock is inventory that a company sets aside to avoid a stockout.

In industries where it’s impractical to keep excess stock on hand, consider setting reorder points, which is the level at which stock needs to be replenished. If you use inventory management software, you can set custom reorder points so stock will automatically reorder when it reaches a specific level.

2. Order in smaller quantities 

Ordering smaller amounts more frequently allows you to fulfill orders quicker than if you placed larger bulk orders.

By breaking up invoices into smaller quantities, you can quickly dispatch orders and reduce your manufacturing lead time. Although you may receive supplier discounts by ordering in bulk, it is often more efficient to order smaller quantities.

3. Put lead time in your contract 

If you’re expecting your supplier to send your products within a certain time,  put it in writing. When delays happen and you’re unable to fulfill orders on time, it can be a major detriment to your business.

Your contract with your supplier should clearly state the expectations for timing and the penalties for late shipments. Without a clear line of communication or set expectations, delays can easily occur.

4. Streamline your process 

If you’re looking for ways to reduce manufacturing lead time, it may be helpful to first examine your own processes and the steps you can condense or eliminate.

Some ways you can streamline your processes may include:

  • Completing tasks in parallel
  • Eliminating repetitive QA processes
  • Automating your sales orders

5. Automate your inventory management system 

Automating your inventory management eliminates the chance of manual error in your process and, in turn, reduces the chances of delays and setbacks in your manufacturing process.

While spreadsheets can accomplish a lot, automated inventory management can alert you when inventory is low, automate vendor management processes, create purchase orders and shipping labels, and more. Automating all these elements of the production process can help your business run as smoothly as possible.

Request a demo of Cin7 Core to see automated inventory management in action. 

What are the benefits of reducing manufacturing lead time? 

Getting products to consumers on time leads to happier customers, but businesses have more on the line than just retaining customers when it comes to lead time. Here are a few other benefits that come when you reduce manufacturing lead time:

1. Prevents against dead stock 

Dead stock, or inventory that gets manufactured but goes unsold, can occur if businesses can’t sell their products to customers in a timely manner. Reducing manufacturing lead time fights against excess inventory that can often be very costly to a business.

2. Makes for greater output  

If you can get orders to customers quicker, you’ll be able to field more orders and generate more sales. Reducing manufacturing lead time can increase profits as it enhances the number of orders a company can handle.

3. Creates a more efficient use of capital 

The longer capital is tied up in raw materials and production, the longer a business has to wait to generate a profit from its sale. By reducing manufacturing lead time and enhancing orders and sales numbers, companies can gain profits faster — thus allowing them quicker growth.

4. Builds trust and satisfaction

Customers are more likely to trust and return to a business that will always have products in stock and will deliver quickly. Companies that shorten manufacturing lead times reap the benefits of happy customers and have an easier time gaining new business.

Why are manufacturing lead times so long? 

Factors inside and outside of your control can prolong manufacturing lead times. Consider the last three years for instance, when lead times extended due to external factors — like COVID-19, global conflict, and inflation.

However, internal errors can prolong manufacturing lead times as a result of errors by companies, from misuse of material to insufficient labor or an inability to transfer finished goods to warehouses for distribution.

Getting products out on time requires many different departments to move in sync, and it can be difficult to keep track of. Inventory management software simplifies this by keeping processes in a centralized space, and automating most of them, so you can always keep a pulse of the manufacturing process.

Looking to reduce lead times and gain customers? An inventory management software solution can help. Start a free trial of Cin7 Core to see how we can help.