# Buyer Insights Report: Manufacturing Software | Capterra > Learn how SMB manufacturers budget for software, which features they prioritize, and why teams switch from spreadsheets and legacy tools to improve planning, inventory control, and production visibility. Source: https://www.capterra.com/resources/manufacturing-software-buyer-insights-report --- # How To Choose a Manufacturing Software With Confidence: Insights From Real Buyers Written by: Shubham Gupta Shubham GuptaAuthor Writer Experience I’ve been writing for Capterra since Nov 2021, focusing on project management, construction, and ERP. I help businesses optimize their work... [See bio & all articles](https://www.capterra.com/resources/author/sgupta/) Published April 27, 2026 9 min read Table of Contents - [Tools buyers use to manage manufacturing operations](#tools-buyers-are-currently-using-to-manage-manufacturing-operations) - [Why buyers switch to manufacturing software](#why-buyers-switch-to-manufacturing-software) - [What buyers say manufacturing software helps them solve](#what-buyers-say-manufacturing-software-helps-them-solve) - [What manufacturing software features are valued the most](#what-manufacturing-software-features-are-valued-the-most) - [Use cases for manufacturing software](#use-cases-for-manufacturing-software) - [Average budgets for manufacturing software across industries](#average-budgets-for-manufacturing-software-across-industries) - [How to choose a manufacturing software](#how-to-choose-a-manufacturing-software) Manufacturing teams manage production schedules, inventory movement, supplier timelines, and quality tracking at the same time. When these workflows depend on spreadsheets or disconnected tools, delays increase, visibility drops, and coordination becomes harder as operations scale. [Manufacturing software](https://www.capterra.com/manufacturing-software/) helps teams centralize planning, track materials accurately, and maintain control across the shop floor and back office. **The challenge:** With many manufacturing systems available, buyers often struggle to determine which solutions support production planning, inventory control, reporting, and integrations that match their operational needs and growth plans. **Why this report?:** Thousands of manufacturing software buyers visit Capterra each year to compare solutions, review verified feedback, and request advisor guidance. Using insights from advisor conversations based on budget, authority, need, and timeline criteria, this report highlights what manufacturers should prioritize when selecting manufacturing software. Key insights - Most buyers still manage manufacturing operations using disconnected tools. **58%** rely on non-specialized software, **25%** use manual methods, **23%** use spreadsheets, and **14%** lack a structured system for coordinating production planning and inventory tracking. - Manufacturers switch to dedicated manufacturing software due to operational friction. **37%** cite inefficiency across production and material coordination workflows, while **34%** report functionality gaps in general-purpose systems that do not support core manufacturing requirements. - Prospective buyers and current users prioritize different capabilities. **82%** of buyers focus on manufacturing execution during evaluation, while **51%** of current users rank inventory management as the most critical feature after adoption. - Manufacturing software budgets remain concentrated within a predictable range across industries. **77%** of buyers spend between **$100 and $300** per user, per month, with an overall average of **$251** per user, per month across the top five manufacturing segments. ## Tools buyers are currently using to manage manufacturing operations When our advisors asked manufacturers how they currently handle production planning, inventory tracking, and order coordination, most reported relying on workarounds rather than dedicated manufacturing software. These approaches often support early-stage operations, but they make it harder to maintain material visibility, align production schedules, and respond quickly to changes across purchasing, shop floor activity, and fulfillment workflows. - **58% use non-specialized or general-purpose software:** Teams rely on accounting platforms, basic ERP modules, or project-style tools that cannot connect production schedules with inventory availability. - **25% use manual methods:** Paper-based tracking and whiteboard planning limit visibility into work-in-progress status and slow coordination between production and purchasing teams. - **23% use spreadsheets:** Spreadsheet-based production tracking becomes difficult to maintain as order volumes grow and multiple teams update material and schedule data separately. - **14% lack a structured method:** Operations depend on informal coordination across email threads, shared folders, and verbal updates without a consistent system for monitoring production progress. **Why does it matter?** These methods create gaps between production planning, inventory control, and procurement decisions. As manufacturing operations scale, disconnected tracking increases the risk of stockouts, scheduling conflicts, and delays that affect delivery timelines and customer commitments. **Buyer method** **% of buyers** **Description** Non-specialized or general-purpose software 58% Used to manage orders or accounting, but lacks production planning logic and real-time inventory coordination. Manual methods 25% Paper logs and shop-floor boards track activity locally but do not provide cross-team visibility. Spreadsheets 23% Support material lists and schedules, but create version-control issues as production complexity increases. No structured method 14% Production updates rely on fragmented communication instead of a centralized workflow system. Pro tip Ask vendors to show how their system updates material availability automatically when production schedules change. This helps confirm whether the software supports real-time planning across purchasing, inventory, and shop-floor operations. ## Why buyers switch to manufacturing software Our advisors spoke with manufacturers currently managing operations through spreadsheets, manual tracking, or disconnected business systems who plan to move to dedicated manufacturing software.  These conversations highlight two consistent drivers behind adoption: workflow inefficiency (37%) and functionality gaps (34%). Both challenges affect production visibility, inventory coordination, and the ability to plan reliably as operations scale. - **Inefficiency (37%):** When production planning, inventory updates, procurement tracking, and order status live across multiple tools, teams spend extra time reconciling data rather than managing output. Buyers report delays in updating material availability, difficulty tracking work-in-progress, and limited visibility into production timelines across departments. - **Functionality issues (34%):** General-purpose systems often lack core manufacturing capabilities, such as production scheduling, bill-of-materials tracking, shop-floor visibility, and material requirements planning. As a result, teams rely on spreadsheets or parallel tools to manage essential workflows, increasing the risk of errors and reducing confidence in planning decisions. **Reason for switching to manufacturing software** **% of buyers** **Description** Inefficiency 37% Disconnected tools slow production planning, inventory updates, and order coordination across purchasing and shop floor teams. Functionality issues 34% General-purpose systems lack support for production scheduling, bill-of-materials tracking, and material requirements planning. **_Source:_** _Based on 2,067 advisor interactions with software buyers between Jan. 1, 2025 - Jan. 1, 2026_ ## What buyers say manufacturing software helps them solve There’s a consistent pattern: manufacturers adopt dedicated manufacturing software to improve production visibility, coordinate inventory with demand, and make planning decisions using reliable operational data.  Compared with spreadsheets and general-purpose tools, manufacturing systems help teams manage materials, schedules, and shop floor activity within a connected workflow. - **Limited production visibility:** Manufacturing software centralizes production status, work-in-progress tracking, and order timelines, enabling teams to monitor output across machines, work centers, and shifts with fewer reporting gaps. - **Inventory accuracy and material planning challenges:** Integrated inventory tracking and material requirements planning help teams align procurement with production schedules and reduce stockouts and excess inventory. - **Scheduling and coordination across operations:** Digital production scheduling tools support faster adjustments when priorities change, helping teams respond to demand shifts without disrupting downstream workflows. - **Quality tracking and compliance documentation:** Many systems support traceability, inspection records, and batch-level tracking, thereby improving consistency and supporting regulatory or customer reporting requirements. Pro tip During vendor demos, ask to see how the system connects production schedules, bill of materials data, and inventory availability in a single workflow view. This helps you confirm whether the platform supports real-time manufacturing decisions instead of relying on separate tracking layers. ## What manufacturing software features are valued the most Advisor conversations show a clear difference between what buyers prioritize during evaluation and what users depend on most after implementation. These shifts reflect how expectations change once teams begin managing daily production workflows inside a manufacturing system. - **82% of buyers prioritize manufacturing execution, followed by financial accounting (41%) and supply chain management (19%)**, reflecting the need to gain better control over production tracking, reporting accuracy, and operational planning early in the evaluation process. - **Current users (51%) rank inventory management as their top priority**, showing that real-time material visibility becomes the most critical capability once teams rely on the system for day-to-day scheduling and fulfillment decisions. **Why this gap matters** Buyers often focus first on production execution features because they directly affect shop floor coordination and output tracking. After adoption, inventory management becomes more important as teams recognize how strongly material availability influences scheduling accuracy, procurement timing, and delivery commitments. This shift highlights why evaluating inventory workflows early in the selection process leads to more reliable long-term system fit. **What manufacturing software buyers think they’ll need vs. what users rate as critical** **82% of software buyers prioritize manufacturing execution** **51% of current users prioritize inventory management** Buyers focus on production tracking and execution visibility during evaluation to improve operational control. Users depend most on accurate inventory tracking to maintain reliable production schedules and material availability. _**Source context:**_ _**Buyers:**_ _Based on 74 advisor interactions (Jan. 1, 2025 - Jan. 1, 2026)_ _**Users:**_ _Based on 317 user reviews (Jan. 1, 2025 - Jan. 1, 2026)_ Pro tip Ask vendors to demonstrate how inventory levels update automatically as production orders progress. This helps confirm whether the system supports real-time coordination among shop-floor activity, purchasing decisions, and delivery timelines. ## Use cases for manufacturing software Production environments differ widely across industries, but most teams adopt manufacturing software to improve scheduling accuracy, maintain inventory visibility, and strengthen traceability across materials and finished goods.  Advisor conversations show that requirements often depend on whether operations focus on custom fabrication, batch processing, regulated production, or complex multi-stage assembly. - **Metal fabrication operations** use manufacturing software to manage job-based production, track raw material consumption, such as sheet metal and components, monitor machine-level progress, and keep delivery timelines aligned with shop-floor activity. - **Industrial machinery, equipment, and component suppliers** rely on these systems to coordinate multi-level bills of materials, manage long assembly cycles, track supplier-linked dependencies, and maintain visibility across engineering changes during production. - **Food and beverage production environments** depend on manufacturing software for batch scheduling, ingredient traceability, inventory rotation control, and documentation needed to support safety standards and recall readiness. - **Medical equipment and device production teams** use manufacturing systems to maintain component-level traceability, support revision-controlled documentation, track inspection activity, and manage quality workflows required for regulated manufacturing environments. - **Aerospace and defense production programs** depend on manufacturing software to manage certified supplier inputs, maintain detailed production traceability, control engineering revisions, and support compliance with strict documentation and reporting requirements. ## Average budgets for manufacturing software across industries Across major manufacturing segments, organizations typically budget $100 to $300 per user, per month for manufacturing software, with an overall average of $251 per user, per month. Advisor conversations indicate that 77% of buyers fall within this range, reflecting the level of functionality needed to support production planning, inventory tracking, and shop-floor coordination in growing operations. **What shapes these budgets?** Budget expectations vary by operation depending on factors such as: - Production complexity and the number of active work orders across the shop floor - Depth of inventory tracking and bill of materials management requirements - Integration needs with accounting systems, procurement tools, or ERP environments - Compliance expectations related to traceability, quality tracking, or regulated production - Number of users across production, purchasing, warehouse, and operations teams Below is an overview of how different industries budget for manufacturing software (amounts shown are per user, per month): **Industry segment** **Average monthly budget (USD per user)** **Description** Metal fabrication $295 Highest allocation reflects demand for job-based production tracking, material usage visibility, and machine-level scheduling coordination. Industrial machinery, equipment, and supplies $277 Strong investment to support multi-level bills of materials, supplier coordination, and longer assembly planning cycles. Aerospace and defense $223 Budgets shaped by traceability requirements, revision-controlled documentation, and certified supplier coordination workflows. Medical equipment, devices, and supplies $209 Focused on inspection tracking, component-level traceability, and regulated quality documentation needs. Food and beverage $208 Investment driven by batch scheduling, ingredient traceability, inventory rotation control, and compliance reporting requirements. _**Source:**_ _Based on 1,967 advisor interactions with software buyers between Jan. 1, 2025, - Jan. 1, 2026_ Pro tip During pricing discussions, ask vendors whether production scheduling, bill-of-materials tracking, inventory control, and supplier coordination are included in the base subscription or are priced as add-on modules. This helps you estimate the true long-term cost of running manufacturing operations inside the system. ## How to choose a manufacturing software Selecting manufacturing software starts with understanding how your production environment operates today and how it is expected to scale as order volumes, sup pliers, and product complexity increase. Advisor conversations indicate that many SMB manufacturers move to dedicated systems when spreadsheets and general-purpose tools begin to limit production visibility, inventory accuracy, and scheduling reliability. - **Start with your production priorities.** Identify whether your immediate need is better shop floor visibility, inventory control, production scheduling, or traceability. These priorities shape which manufacturing execution, inventory management, and supply chain capabilities should lead your evaluation. - **Assess the workflows you want to replace.** Many teams shift from spreadsheets, manual coordination, or disconnected tools that make it difficult to track materials, update work orders, or align purchasing with production schedules. Look for systems that connect these activities in a single planning environment. - **Prioritize must-have capabilities.** Advisor conversations show that buyers often focus first on manufacturing execution features, while current users later rely most on inventory management to keep schedules accurate and materials available. Evaluate both perspectives during shortlisting. - **Check industry-specific requirements early.** Production environments such as metal fabrication, food processing, medical device manufacturing, and aerospace programs require varying levels of traceability, documentation control, and quality tracking. - **Align pricing with usage.** Most buyers report spending between $100 and $300 per user, per month. Compare licensing structures based on how many production, warehouse, and operations users need system access. - **Evaluate integration readiness.** Confirm whether the software integrates with [accounting platforms](https://www.capterra.com/accounting-software/), procurement workflows, or existing [ERP systems](https://www.capterra.com/enterprise-resource-planning-software/) to ensure production data remains consistent across teams. Looking for more resources? Use the Capterra 2026 Manufacturing Software Shortlist report to refine your options based on verified user ratings. * * * Looking for Manufacturing software?Check out Capterra's list of the [best Manufacturing software](https://www.capterra.com/manufacturing-software/) solutions. ### Was this article helpful? * * * ## About the Author [### Shubham Gupta](https://www.capterra.com/resources/author/sgupta/) Shubham is a writer at Capterra, specializing in project management. His research for Capterra is informed by nearly 200,000 authentic user reviews and more than 10,000 interactions between Capterra software advisors and project management software buyers. ### RELATED READING - [Still Planning Production in Spreadsheets? Here’s When Manufacturers Move to MRP Software](https://www.capterra.com/resources/mrp-software-vs-spreadsheets/) - [Research Agenda](https://www.capterra.com/resources/research-agenda/) - [How to Choose ERP Software: 4 Steps Backed by Nearly 1,000 User Reviews](https://www.capterra.com/resources/erp-selection-guide/) - [2026 SaaS Buying guide: How to Purchase Software for Your Business](https://www.capterra.com/resources/software-buyers-guide/) - [Habit 3 of the 5 Habits of Successful Software Adopters: Shortlist Decisively to Maintain Decision-making Momentum](https://www.capterra.com/resources/five-habits-successful-software-adopters-habit-3/) - [The 5 Habits of Successful Software Adopters: Habit 2: Seek Expert and Peer Input](https://www.capterra.com/resources/five-habits-successful-software-adopters-habit-2/) - [3 Must-Do Things To Ace Your Software Implementation](https://www.capterra.com/resources/must-do-software-implementation-tips/) - [3 Tips for Reducing Cost and Risk When Negotiating a New Software Purchase](https://www.capterra.com/resources/software-negotiation-tips/) - [4 Signs It's Time to Move On and Check Out New Software](https://www.capterra.com/resources/how-to-evaluate-new-software/) Findings are based on data from conversations that the software advisor team has daily with software buyers seeking guidance on purchase decisions. The data used to create this report is based on interactions with small and midsize businesses seeking manufacturing software. For this report, we analyzed approximately 2000+ phone interactions from Jan. 01, 2025, to Jan. 01, 2026. The findings in this report reflect buyers who contacted our software advisors and may not be representative of the market as a whole. Data points are rounded to the nearest whole number.