Using our review methodology, here are the best BOM software based on factors like performance, value for money, and key features like product lifecycle management and quality control.
- OpenBOM: Best Overall
- Oracle PLM Cloud: Best for Enterprises
- MRPEasy: Best for Small Businesses
- Katana MRP: Best for Production Planning
- Arena PLM: Best for Product Lifecycle Management
- Master Control: Strong Regulatory Compliance
- PDXpert: Great Engineering Collaboration
- Total ETO: Best for Dynamic BOM
- Craftybase: Best for Small Batches
1 OpenBOM - Best Overall
Why We Chose It: OpenBOM emerges as the best bill of materials software due to its cloud-based architecture and seamless integration with popular CAD tools. It’s primarily designed for professionals who require efficient and effective bill of materials management. The familiar “Excel-like” interface helps shorten the learning curve for new users, all while its multi-tenant data model provides flexibility in data structuring. Additionally, the software’s capabilities in real-time collaboration make it stand out, ensuring teams can work cohesively even from remote locations.
This combination of an intuitive interface and cloud-based collaboration means that teams can streamline their operations, cutting down on the hours spent creating parts lists manually.
Oracle PLM Cloud - Best for Enterprises
Why We Chose It: Oracle Fusion Cloud Product Lifecycle Management (PLM) stands out as a top-tier PLM solution for supply chain and development teams in larger companies. By offering a unified process and effective data management, enterprises can align on requirements essential for consistent innovation and timely commercialization of products and services.
The highlight is its digital thread, which streamlines design, planning, manufacturing, and service processes, ensuring businesses are agile, compliant, and primed for transformation. The benefits range from reducing latency and ensuring global compliance to eliminating supply chain risk throughout product lifecycles.
Users have enjoyed Oracle PLM for its user-friendliness, extensive customization capabilities, and integrative features. They have particularly emphasized its robustness and data reporting tools. However, some users highlighted the challenges with report structuring and pointed out that certain functionalities can be intricate.
MRPEasy - Best for Small Businesses
Why We Chose It: The bill of materials offered in MRPEasy is intricate and has a tailored approach to manufacturing. Recognizing the nuanced needs of both discrete and process manufacturing, MRPEasy adapts its BOM functionalities for distinct industries, from electronics to food production. We liked the flexibility to manage both single and multi-level BOMs. If a business has simple or highly complex products, MRPEasy can work–making it attractive to smaller businesses as a scalable option.
MRPEasy lets you get more precise with your BOMs since it offers engineering and manufacturing BOMs. This is important in accounting for real-world variables like wastage. Its intuitive interface also aids in adding or revising BOMs, which can simplify the manufacturing process.
And since BOMs aren’t siloed and are tied directly to production planning, purchasing, and sales, MRPEasy works great as a complete MRP software involved in the production process. The version control system embedded within the software ensures traceability, making BOM revisions straightforward and transparent.
4 Katana MRP - Best for Production Planning
Why We Chose It: Katana MRP is an accurate and optimized MRP that offers an in-depth Bill of Materials (BOM) module. The solution caters to both small manufacturers and expansive factories. Katana ensures real-time insights into production progress, design alterations, and raw materials consumption.
Katana is successful for businesses transitioning away from static spreadsheets. The BOM module auto-allocates available raw materials and products, providing a form of resource allocation that prioritizes schedules.
Moreover, Katana’s commitment to precise costing is evident. With the ability to track sales and production orders in real-time, businesses can adjust raw material and resource costs, making pricing decisions more straightforward. Multi-level BOMs with subassemblies further refine the costing process, providing a clearer understanding of product margins and cost of goods sold.
5 Arena PLM - Best for Product Lifecycle Management
Why We Chose It: Arena PLM can handle bill of materials and much more beyond that. With its cloud-native platform, we were able to centralize vital product records. This could be a great boon to enabling real-time collaboration among internal and external stakeholders.
The comprehensive access to designs, parts, BOMs, and quality management processes paves the way to eliminating operational silos and should (in theory) foster agile product development.
This product is a great choice for those who need more than just a simple tool for creating a BOM. By connecting BOMs, design files, and change processes, Arena PLM accelerates product delivery, reducing costly production errors. The platform not only enhances visibility across design and supply chain activities but also gets the process started on moving products toward commercialization.
6 Master Control - Strong Regulatory Compliance
Why We Chose It: Master Control Manufacturing Excellence delivers advanced compliance and quality management capabilities in regulated industries like pharmaceuticals and medical devices. The software seamlessly links BOMs with quality processes, ensuring that every aspect of production adheres to necessary compliance protocols.
Master Control offers detailed audit trails and documentation control, which are essential for companies undergoing frequent audits and inspections. The software’s ability to provide real-time visibility into the manufacturing process and quality control ensures that companies can proactively manage compliance, reducing the risk of non-conformance.
7 PDXpert - Great Engineering Collaboration
Why We Chose It: PDXpert fosters collaboration between engineering and manufacturing teams. This benefits companies where close coordination between these departments is critical for product development and manufacturing efficiency. PDXpert manages complex engineering BOMs (eBOMs) and converts them into manufacturing BOMs (mBOMs). It can maintain the integrity of the product design throughout the production cycle.
Another standout feature of PDXpert is its version control and change management system. It allows for detailed tracking of revisions, ensuring that all team members are working on the latest version of a product design. This is useful for companies dealing with frequent design changes or requiring a high level of precision and accuracy.
8 Total ETO - Best for Dynamic BOM
Why We Chose It: Total ETO, designed specifically for Engineer To Order (ETO) and Custom Design Manufacturers, demonstrates significant potential as a BOM software for businesses in these sectors. Based on the information provided and corroborated by various online sources, Total ETO stands out for its dynamic BOM functionality plus integration capabilities with popular CAD systems.
The dynamic BOM feature allows for the release of BOMs in stages, addressing concerns over material changes or redesigns. This facilitates early procurement of parts and maintains the momentum of overall production. Total ETO also has the capability to integrate with various accounting systems like QuickBooks or Sage, and CAD solutions like Inventor and SolidWorks, enhancing its utility.
9 Craftybase - Best for Small Batches
Why We Chose It: Craftybase is an inventory management software focused on helping small-batch manufacturers. It is specifically designed to cater to the unique needs of small to medium-sized businesses in the handmade arts and crafts sector. In addition to basic BOM functionality, it offers features for pricing guidance, cost of goods sold (COGS) calculations, GMP and CPSC traceability, product and order management, expense tracking, materials and components management, reporting, consignment, and stocktaking.
Additionally, it integrates with several major sales platforms and marketplaces like Etsy, Shopify, Amazon, WooCommerce, and more, enabling efficient synchronization between sales and inventory data.
What is Bill of Materials Software?
Bill of materials or BOM software specifies the raw materials, parts, and sub-assemblies needed to manufacture each specific product. By providing precise instructions on what is needed for each manufacturing job, a bill of materials module allows you to complete more jobs in less time with cost savings on both labor and materials.
In short, the BOM breaks down how a finished product is made. Bill of materials software provides specific instructions on both material needs and assemblies required to create a product. In order to do this, the software takes product information from order entry systems, inventory control, and master production schedule modules. By integrating different functional areas, the BOM allows you to coordinate a variety of tasks into a single instruction set.
Recommendations for Choosing the Best BOM Software
Here’s our methodology for selecting the most suitable bill of materials software for your business:
1 Detailed Requirement Analysis
- Operational Workflow Mapping: Understand and map your company’s complete production and inventory workflow to identify the key areas where BOM software can add value.
- Feature Specificity: Identify specific features needed in each area of operations, such as real-time inventory tracking, multi-level BOMs, batch processing, or serial number tracking.
2 Data Management and Analysis
- Data Handling Capabilities: Ensure the software can handle the volume and complexity of your data, including historical data analysis and future forecasting.
- Advanced Analytics: Look for advanced data analytics capabilities for better decision-making, such as trend analysis and predictive maintenance.
3 Integration and Compatibility
- Seamless Integration: The software should integrate seamlessly with existing systems (ERP, CRM, procurement, etc.) without disrupting current operations.
- APIs and Custom Integrations: Availability of APIs for custom integrations with unique or niche systems your company might be using.
4 Supply Chain Coordination
- Supplier Management: Features for managing supplier information, purchase orders, and tracking supplier performance.
- Material Requirements Planning (MRP): Tools for efficient material planning, forecasting, and procurement.
5 Product Lifecycle Management
- Version Control: Can manage different versions of BOMs through various stages of the product lifecycle.
- Change Management: Tools for tracking and managing changes in BOMs, including approvals and audit trails.
6 Quality Control and Compliance
- Quality Assurance Features: Tools for ensuring product quality and consistency, such as inspection checklists or integration with quality control systems.
- Regulatory Compliance: Features to ensure compliance with industry-specific regulations and standards, including documentation management.
7 Customization and Scalability
- Configuration Options: The ability to customize the software to fit unique business processes or specific industry requirements.
- Scalability: The software should be scalable to grow with your business, accommodating increased data, users, or complexity.
8 Cost-Benefit Analysis and Decision Making
- ROI Consideration: Assess the potential return on investment by considering efficiency gains, cost savings, and improvements in decision-making.
- Decision Matrix: Use a decision matrix to evaluate and compare software options based on the identified features and requirements.
What are the Key Features of Bill of Materials Software?
- Single and Multi-level BOM: Single-level BOMs are top-level assemblies that grab all subassemblies and parts from one level and put them into a list. Multi-level BOMs create a hierarchy of parts and subassemblies that can be managed separately.
- Flattened BOM: A report that shows the quantity of all components or parts across multiple assemblies used in the product. Displays a flat representation of your BOM with distinct components and quantities collected from all sub-levels
- Revisions and Change History: Create multiple versions of BOMs that can be approved or adjusted. Track and propose changes made to all BOMs.
- User-defined views: Create custom views for all team members. Add/update user permissions.
- Production Planning (Routing) and Purchase Orders: Helps plan production on your shop floor by determining the need for materials and capacity in order to complete a production order.
- Document Management: Create a single working version of a document through collaborative storage and management with other users.
- Material Take Off (MTO): The process of analyzing drawings and determining all the materials required to accomplish the design
What Are the Benefits of BOM Software?
A strong bill of materials software or an integrated BOM module within your ERP suite or inventory management solution can provide a number of benefits for your business:
Enforce Rules for Each Assembly Part Type
Ensure the correct bill of material creation in your company by automatically assigning documents and part numbers according to specified rules. A quality BOM software will let you find the exact materials needed to complete an assembly, or suggest possible alternatives via search tools within the program. You can also look at release status and life cycle, and monitor revision history for any changes that do occur within your bill of materials.
Saving Time with Automation, Collaboration, and Templates
With a bill of materials software module, you can save time by eliminating the need to manually gather data. A BOM will automatically grab information from engineering drawings, part number lists, spreadsheets, and other paper documents. Bill of materials software modules promote collaboration by allowing employees from multiple locations to access the same information in real-time. You can basically eliminate the need to mail or fax a list of production components between plants. Another time-saving feature of bill of materials is the ability to edit previous instructions to create a new bill of materials based on your existing templates.
How Much Does Bill of Materials Software Cost?
BOM software can range from just $50 per user per month to $5,000 per month. Here’s an overview of the typical pricing tiers:
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Low-Tier Pricing ($50-$99 per user per month): Suited for small businesses or startups in the nascent stages of their operations. At this price point, users can expect basic functionalities that cover the essentials of BOM management. It includes features like simple inventory tracking and basic reporting.
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Mid-Tier Pricing ($175-$410 per user per month): Targeting medium-sized businesses, this pricing range offers a more comprehensive set of features. Companies can expect enhanced capabilities such as advanced reporting, better integration options, and more sophisticated inventory management.
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High-Tier Pricing ($5,000 per month): This premium tier is tailored for large enterprises with extensive requirements. At this price point, the software often provides a highly advanced set of features, including extensive customization options, high-level integrations, in-depth analytics, and AI-driven insights for inventory and supply chain management.
What Does a Bill of Materials Look Like?
Bill of materials are hierarchical, as in they have a top-level that represents a completed or manufactured product. From there, any levels below the top are known as sub-assemblies.
For instance, if you are building a clock, you might have two levels of assembly: one for the internal clock-works and one for the outer casing. The bill of materials for each assembly would detail the materials and the steps needed in each assembly. It would also cover resource planning, determining which parts are available and which need to be ordered or created.
For example, the outer casing assembly might include a materials list including the wood for the casing, screws, and paint. It would also specify the correct order of steps needed to cut the wood, assemble the casing, and paint it. Finally, the bill of materials would specify the labor and machine requirements for that step of the assembly.
In the real world, bill of materials can be used to manage much more simpler, but usually considerably more complex assembly processes.
What Is the Difference Between BOM Software vs. PLM Software?
There has been a lot of debate as to where a BOM can be used outside of a manufacturing concept, and thus become a critical part of a product lifecycle management (PLM) process. This is due to the extended definition some may give to BOM, which is based on the idea that a BOM can define products as they are designed (engineering bill of materials):
The concept of an engineering bill of material (EBOM) was introduced in PLM systems since there is very rarely a single tool that fully defines the design intent of a product. This is most commonly due to the increasing number of products that require mechanical, electronics, and software engineering … PLM EBOM addresses individual design tool limitations by synchronizing the CAD design structures from multiple tools to items in a single product’s EBOM. Jon Gable, Director of Sales, Adaptive Corporation
Product lifecycle management software, or PLM software, keeps your business organized so you can manage the entire lifecycle of a product from conception through design and creation and finally disposal. A bill of materials is just a part of a product lifecycle, and usually the first step in structuring a product towards the creation, engineering, or manufacturing process. The best PLM tools will give additional capabilities that help a product design move forward, such as change management, quality management, product data management, and more.
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