Key Takeaways
ERP software costs more than its advertised subscription. For metal fabrication and job shops, the total investment depends on how many employees need access, the complexity of production workflows, the integrations required, and the work involved in implementing the system.
- Compare total costs, not just license fees. Include implementation, data cleanup, integrations, training, support, internal labor, and future upgrades.
- Budget for actual ERP users, not just total employees. Estimators and planners may need full access, while shop-floor operators may qualify for limited access or vendor-approved device licensing.
- Understand the pricing model. Named-user, concurrent-user, resource-based, flat-rate, and perpetual-license models produce different costs as a shop grows.
- Evaluate requirements that affect the quote. Job costing, quoting, nesting, MRP, machine scheduling, traceability, and integrations can change both the software scope and implementation price.
- Build a five-year cost comparison. Ask each vendor for the same modules, user counts, implementation deliverables, and contract terms, then model renewals and growth.
If you are evaluating ERP for a sheet metal fabricator, machine shop, or custom job shop, the first price you see is rarely the final amount you will spend. A low monthly subscription can become expensive when essential capabilities require add-ons or custom integrations. An initially expensive system can also cost less over time if it reduces duplicate data entry, manual job tracking, and costly production workarounds.
This guide explains what drives metal fabrication ERP pricing in 2026, compares common licensing approaches, shows how costs change for shops with 20 to 50 employees, and provides a worked five-year total cost of ownership (TCO) example. Vendor prices are identified separately from illustrative scenarios so you can use the figures as a budgeting framework rather than mistake them for a formal quote.
What Drives the Cost of Metal Fabrication ERP Software?
ERP pricing depends on more than the company headcount. Two fabrication shops with 30 employees can receive very different quotes if one needs only quoting, inventory, and job tracking, while the other needs engineering revisions, finite scheduling, nesting integration, and detailed traceability.
Shop Size, User Roles, and License Count
Employee count is a starting point, not necessarily the number of ERP licenses a shop needs. An estimator building complex quotes, a buyer issuing purchase orders, and a production planner managing capacity often require broader permissions than an operator recording completed quantities or labor time.
Before requesting a quote, sort employees into four groups: full-access users, limited-access users, shop-floor or device-based users, and employees who do not need a login. Ask whether the vendor charges for named individuals, simultaneous users, terminals, transactions, or another resource measure.
For example, a 35-person shop might have 10 employees who regularly use estimating, planning, purchasing, and accounting functions, 15 who only need selected transactions, and 10 who do not interact with ERP directly. Pricing 35 full-access licenses would overstate its likely requirements, assuming the vendor supports appropriate limited-access options.
Fabrication-Specific Features Versus Generic Systems
Metal fabrication and custom manufacturing require workflows that differ from straightforward distribution or accounting. Costs can increase when the ERP must support:
- Quoting from detailed routings, operations, material, labor, and overhead.
- Job costing that compares quoted amounts with actual labor, material, and outside-processing costs.
- Inventory management by grade, thickness, dimensions, lot, heat, or remnant.
- Bills of materials (BOMs), revision control, and engineering changes.
- Machine capacity, material availability, and finite production scheduling.
- Nesting, CAD/CAM, quality records, and traceability.
The relevant question is not simply whether a system has each feature. Ask what is included in the quoted edition, what requires an additional module, and which workflows need custom development. A general-purpose ERP with a lower subscription can still be a poor value if a shop has to maintain spreadsheets for core production work.
For a detailed breakdown of manufacturing requirements, see The Essential ERP Features for Metal Fabricators and Manufacturers and the broader Metal Fabrication Software guide.
Integration Requirements
An ERP implementation often includes connections to accounting, CRM, CAD/CAM, nesting, shipping, electronic data interchange (EDI), or an existing manufacturing execution system (MES). The scope varies with each connection.
A supported connector may be simpler to deploy than a custom interface that must translate part numbers, BOM revisions, production statuses, inventory transactions, and error messages between systems. Costs may also include API access, middleware, testing, monitoring, security, and maintenance when either application changes.
Ask vendors to identify each integration by name and specify whether it is native, partner-supported, or custom-built. Do not assume an advertised API automatically provides the complete workflow you need. For more technical context, see Manufacturing Software API Integration: How to Connect Production Systems Without Replacing What Works.
Cloud Versus On-Premise Deployment
Cloud subscriptions generally spread software expense over time and commonly include vendor-managed hosting and application updates. However, recurring subscription increases, storage, additional services, and long-term support still affect TCO.
Perpetual or on-premise deployments usually shift more cost into initial licensing, infrastructure, backups, cybersecurity, upgrades, and internal administration. Whether either approach is less expensive depends on its actual scope and the years being compared.
See Cloud ERP vs. On-Premise ERP: Which Saves More Money? for a separate look at deployment economics.
Implementation Complexity
A single-location job shop with clean part masters and standardized routings presents a different project from a multi-site fabricator using several legacy databases and custom production systems. More complexity generally means more discovery, configuration, data conversion, testing, and training.
Request a written implementation scope with clear responsibilities. Two quotes can appear close on software price but differ substantially if one includes data migration, testing, integrations, and post-launch support while the other excludes them. See also Manufacturing ERP Integration: Hidden Costs of Legacy System Mistakes.
The Three Main Pricing Models for Fabrication ERP Software
Per-User Subscription Pricing
Under named-user subscriptions, the vendor charges for each person with an assigned account, often monthly or annually. Some systems offer different prices for full users and employees who only need limited functions.
This model is easy to understand, but cost rises as more paid users are added. It is also important to check whether certain manufacturing features, hosting, API access, or premium support are included in the license price.
How to Assign ERP Licenses to Office and Shop-Floor Employees
Start with how employees actually use software:
| Role | Typical ERP needs | License question to ask |
|---|---|---|
| Estimator or sales administrator | RFQs, quotations, cost history, orders | Does this require full access? |
| Production planner | Scheduling, routing, capacity, material status | Which planning modules are included? |
| Buyer or accountant | Purchasing, receiving, accounts, reporting | Are finance or purchasing modules separately priced? |
| Shop-floor operator | Clocking onto jobs, reporting quantities, viewing work instructions | Is there a limited, kiosk, or device option? |
| Supervisor or occasional user | Approvals, dashboards, selected reporting | Is read-only or limited access available? |
Not every vendor permits shared accounts or has the same rules for device licensing. A shared terminal is only a savings opportunity if the vendor’s licensing terms expressly support it, and users still need appropriate identification and audit controls.
As one published example, Microsoft Dynamics 365 Business Central lists Premium at 110peruserpermonth * *andTeamMembersat * *8 per user per month, both paid annually. The capabilities are different, so the correct mix depends on what each employee needs to do.
Concurrent, Flat-Rate, and Resource-Based Pricing
Concurrent-user licenses are based on how many people access the system at the same time rather than the total number of named users. This may help a multi-shift manufacturer, but availability and terms vary by vendor.
Flat-rate pricing sets a recurring charge for a defined package or tier. Resource-based pricing is different: the cost may depend on applications, transaction volume, storage, or processing requirements rather than the number of people signing in.
Acumatica describes a model with unlimited users, with pricing tailored to applications, expected usage, resources, and deployment choices. That does not mean its price remains fixed as a business grows; higher resource consumption or additional applications can change the quote.
When comparing a per-user ERP against a flat-rate or resource-based alternative, ask how the annual charge would change if your shop added 10 employees, another shift, more transactions, or a second location.
Perpetual License With Maintenance Fees
Perpetual licensing typically involves a larger initial license purchase followed by maintenance, support, hosting, or upgrade costs. It can be appropriate for manufacturers with specific infrastructure, control, or deployment requirements.
A perpetual license does not eliminate ongoing spending. Compare the full cost of servers, backup systems, IT support, major version upgrades, security updates, and consulting against a cloud subscription over the same five-year period.
Metal Fabrication ERP Software Prices in 2026: Published Examples
Pricing pages can provide a useful starting point, but list prices are not interchangeable with a complete implementation quote. The examples below reflect published vendor pricing, not estimates of what MIE Solutions or another vendor would quote for a particular project.
| ERP vendor | Published pricing approach | What buyers should check |
|---|---|---|
| MRPeasy | Starter 49 * *, Professional * *69, Enterprise 99 * *, and Unlimited * *149 per user/month for the first 10 users; discounted groups of 10 apply afterward | User bundles, annual-billing discount, plan-specific functionality, and optional onboarding |
| Cetec ERP | 50 * *perstandarduser/monthwithafive − userminimum; shop − flooruserslistedat * *25 per user/month | Support tier, extra API usage, implementation services, and integrations |
| Dynamics 365 Business Central | Premium 110 * *andTeamMembers * *8 per user/month, paid annually | Manufacturing capabilities, user permissions, partner implementation, and integrations |
| Odoo | Standard and Custom plans have per-user rates; the displayed annual-billing price can include a first-year promotional rate | Renewal pricing, hosting, implementation, and the Custom edition’s external API functionality |
| Acumatica | Quote-based pricing tied to applications and resource usage, with unlimited users | Resource tiers, deployment, transaction volume, integrations, and partner services |
| MIE Trak Pro | Contact the vendor for a scoped quote | Required modules, job-shop workflows, deployment, training, and implementation scope |
Why a simple per-user calculation can be misleading: MRPeasy currently lists Professional at $69 per user per month for users 1–10, then charges 79 per month for each additional group of 10. Using that published structure, an illustrative 30 − user Professional subscription would be * *848 per month**: $690 for the first 10 users plus 158 for two additional groups.That equals * *10,176 for 12 monthly payments**, before optional services. Its annual-billing offer may reduce the subscription total. Always verify the current calculator and plan terms before budgeting.
Cetec ERP provides another example of role-based cost differences. At its listed rates, 10 standard users and 10 discounted shop-floor users would cost $750 per month, excluding optional support, integrations, and professional services.
These examples illustrate why buyers should compare the same user roles and functionality, not simply multiply total employee headcount by a headline seat price. For broader software feature comparisons, see Job Shop Software Comparison 2026: Top 6 ERP Systems Reviewed and 13 Best Metal Fabrication Software Solutions in 2026.
How to Compare ERP Quotes From Different Vendors
Send each vendor a common requirements document. Specify the same locations, employee roles, number of users, desired modules, integrations, data-conversion responsibilities, training sessions, implementation milestones, and support expectations.
Ask the vendor to separate the proposal into annual software charges, one-time implementation charges, optional integrations or add-ons, and ongoing support. If pricing is custom, request a year-by-year schedule rather than accepting only an introductory monthly amount.
A useful demonstration should show an actual fabrication workflow: create a quote, convert it to a job, schedule it against capacity and material availability, collect shop-floor labor, complete outside processing, and compare final job costs with the original estimate. Shop-floor data collection is particularly important when actual labor and completion data drive ROI.
ERP Implementation Costs Beyond the Subscription
Implementation is the work required to turn licensed software into a reliable operating system for your shop. These expenses should be shown separately from ongoing subscriptions.
Setup, Configuration, and Process Mapping
Implementation generally begins with documenting how quotes, routings, inventory, purchasing, production, and shipping work today. The project team then configures the software, defines permissions, sets up reports, and resolves gaps between current processes and the new system.
Be explicit about whether the vendor or your team owns tasks such as rebuilding BOMs, configuring cost rates, defining work centers, and validating production calendars. A lower-priced proposal can transfer substantial work to employees who already have full-time responsibilities.
Data Migration and Cleanup
Manufacturers may need to move customer and supplier records, part numbers, BOMs, routings, open jobs, inventory balances, purchase orders, and historical transaction data. Each category has different validation requirements.
Duplicate items, inconsistent units of measure, obsolete revisions, and incorrect material quantities can disrupt both costing and scheduling. Budget time for cleansing data, importing sample records, reconciling totals, and testing actual workflows before final conversion.
For more guidance, see ERP Data Migration for Manufacturers: Preventing Production Disruptions.
Custom Integrations and Paid Add-Ons
Some integrations are already supported by the ERP vendor. Others require external consultants, middleware, or custom development. A custom workflow may also need continued maintenance whenever an application changes its API or data structure.
Create a list of every required integration and ask for the initial setup cost, recurring fee, owner of ongoing support, data-sync frequency, and process for handling failed transactions. Include any paid features needed to access APIs or advanced reporting.
Training and Staff Time Away From Production
Training has both a direct cost and an opportunity cost. Managers and administrators may need configuration and reporting instruction, while machine operators need concise training on their daily transactions.
A practical rollout uses representative workflows, role-specific training, and internal champions who can answer questions after the implementation team leaves. Account for the hours employees spend preparing data, testing the software, and learning new processes.
Testing, Go-Live Support, and Contingency Costs
Budget for at least one realistic end-to-end test of the complete order-to-cash workflow, followed by retesting after corrections. Check that costs, inventory, work order quantities, approvals, and financial entries remain accurate when several departments use the system together.
Plan for go-live assistance and a stabilization period after cutover. Issues that emerge in the first few weeks may require troubleshooting, more training, or additional consultant time.
Keep a separate contingency allowance for unexpected work. For example, setting aside 15% of an illustrative $50,000 one-time deployment budget adds $7,500 to the planned investment. This is a budgeting scenario, not an industry-wide standard or a guaranteed expense.
You can use The Complete Guide to ERP Implementation to help define testing and deployment responsibilities.
Ongoing Support and Maintenance
After go-live, recurring costs may include support agreements, third-party connector maintenance, storage, internal administration, user training, and paid upgrades. Cloud subscriptions sometimes bundle hosting and updates; perpetual licenses may involve separately priced annual maintenance.
Request the vendor’s renewal and support terms in writing. The most accurate five-year estimate treats ongoing services as recurring line items instead of burying them inside the initial implementation cost.
ERP Cost Examples for 20–50-Person Metal Fabrication Shops
The following examples explain how licensing costs can change with shop size. They are intentionally hypothetical, using identical assumed rates rather than presenting unsupported vendor quotes.
Assumptions: each full-access user costs 125 per month * *, each limited − access user costs * *35 per month, and employees without a system login incur no user-license charge. No shared-device discounts are assumed. Actual vendors may price roles or bundles differently.
| Shop employees | Full-access users | Limited-access users | Illustrative monthly licensing | Illustrative annual licensing |
|---|---|---|---|---|
| 20 | 5 | 8 | $905 | $10,860 |
| 30 | 8 | 12 | $1,420 | $17,040 |
| 35 | 10 | 15 | $1,775 | $21,300 |
| 50 | 14 | 22 | $2,520 | $30,240 |
These amounts cover licensing only. Implementation, integrations, migration, support, and internal costs can significantly change the first-year total. The employee-to-license mix is a sample planning assumption, not a recommendation for every shop.
A 20-Person Shop: Keep Scope and Access Proportionate
A smaller fabrication shop may be able to start with quoting, purchasing, inventory, job tracking, and core reporting. The critical questions are whether operators require individual accounts and whether the shop has someone available to manage the rollout.
Avoid comparing an entry-level vendor’s subscription with another vendor’s fully scoped implementation. Ask both to price the same workflow, training, integrations, and support. For a machine-shop-specific selection process, read How to Choose ERP for Machine Shops.
A 30- to 35-Person Shop: Watch License Mix and Integration Scope
At this size, shops may be adding a dedicated scheduler, buyer, estimator, or finance team. More people may need concurrent access, but not everyone needs the same capabilities.
The difference between full-access and limited roles can become a meaningful recurring expense. At the same time, connecting a CAD/CAM system, nesting software, an existing accounting application, or additional equipment may be a larger cost driver than adding a few licenses.
A 50-Person Shop: Compare Growth Scenarios
A 50-person fabricator should model both its current staffing and likely growth over the next three to five years. Additional locations, machines, customer traceability requirements, and more demanding reporting can change the scope.
Ask how pricing responds to additional users, more transactions, and higher resource consumption. Flat-rate or usage-based software is not automatically less expensive than per-user pricing; the total depends on the actual quote and growth assumptions.
How to Calculate Five-Year ERP Total Cost of Ownership
A five-year budget compares what the system costs to purchase, implement, operate, maintain, and expand. It is particularly useful when vendors use different licensing and service models.
What Costs Belong in a Five-Year ERP Budget?
Use this formula as a starting point:
Five-year ERP TCO = one-time deployment costs + five years of licensing + recurring support and maintenance + internal administration + expansion costs + a separately identified contingency allowance.
Include one-time costs for discovery, configuration, data migration, integrations, training, and go-live support. Include recurring costs for subscriptions, hosting, technical support, connector maintenance, and internal system ownership. Add future modules, user growth, or additional facilities as separate scenarios rather than assuming they are included in the base quote.
Worked Example: Five-Year ERP Budget for a 30-Person Fabrication Shop
This illustrative scenario is not a vendor quote. It uses the 30-person licensing mix from the previous table: eight full-access users at $125 per month and 12 limited-access users at 35permonth, totaling * *17,040 in Year 1**.
Additional assumptions:
- A $50,000 one-time deployment budget, comprising $28,000 for setup and configuration, $6,000 for migration, $8,000 for integration work, $5,000 for training, and $3,000 for go-live support.
- A $7,500 contingency allowance in Year 1, equal to 15% of the deployment budget.
- Software subscriptions increasing 4% each year, as a modeling assumption rather than a statement about any vendor’s contract.
- 3, 000peryear * *forinternalERPadministrationand * *3,000 annually from Year 2 onward for integration maintenance.
- No additional users, locations, major upgrades, taxes, or new software modules during the modeled period.
| Cost category | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 |
|---|---|---|---|---|---|
| Software subscriptions | $17,040 | $17,722 | $18,430 | $19,168 | $19,934 |
| Initial setup, migration, integration, training, and go-live | $50,000 | $0 | $0 | $0 | $0 |
| Contingency allowance | $7,500 | $0 | $0 | $0 | $0 |
| Ongoing integration maintenance | $0 | $3,000 | $3,000 | $3,000 | $3,000 |
| Internal administration | $3,000 | $3,000 | $3,000 | $3,000 | $3,000 |
| Estimated annual total | $77,540 | $23,722 | $24,430 | $25,168 | $25,934 |
Illustrative five-year total: approximately $176,794. Annual rows are rounded to the nearest dollar, so summing the displayed amounts may differ slightly from the unrounded calculation.
This example shows why subscription price alone can be a poor comparison. The $17,040 first-year software bill represents only part of the modeled five-year spending, and the company would need to plan for cash requirements concentrated in Year 1.
How Do Renewal Increases and New Users Affect Cost?
Request pricing that shows the cost of staying at the current user count and the cost of growth. For example, adding five full-access users at 125permonth * *wouldadd * *7,500 in annual subscriptions, before renewal increases or implementation changes. Over several years, that difference can become significant.
Also ask what happens if the shop adds a second site, enables new modules, or increases transaction volume. A consumption-based system may change price even when no additional users are added.
What Should You Ask ERP Vendors Before Signing?
Use the same questions for every vendor:
- Which modules and user types are included in the quoted subscription?
- Are API access, CAD/CAM, nesting, accounting integrations, and reporting tools included or separately priced?
- Who owns data cleanup, conversion, workflow configuration, and testing?
- What training and post-go-live support are included, and what is billed separately?
- How do renewal increases, additional users, and transaction growth affect pricing?
- Can licenses or service tiers be reduced if staffing changes?
- What does it cost to export our data or leave the platform?
- Can you provide a written five-year cost schedule using our actual requirements?
How Long Does It Take to See ROI From Fabrication ERP?
ERP return on investment depends on which problems the system addresses and whether the organization changes its processes enough to realize the benefits. No single payback period applies to every shop.
Identify Benefits That Can Be Measured
Start with a baseline before implementation. Relevant measurements include quote turnaround time, estimated-versus-actual job margins, on-time delivery, rework, manual data entry, WIP visibility, material usage, and inventory accuracy.
For example, if nesting integration reduces material waste or live labor collection improves estimating accuracy, quantify the actual cost savings. Avoid counting time saved as a cash benefit unless it creates capacity, reduces overtime, or eliminates an expense.
Calculate Payback and ROI Using the Same Assumptions
Simple payback period = initial investment / annual net cash benefit.
ROI = (financial benefits – relevant costs) / relevant costs × 100.
State whether the calculation includes subscription renewals, internal labor, and ongoing integration maintenance. A vendor demonstration may show potential improvements, but actual results depend on the shop’s starting processes and implementation quality.
For a deeper method, see How to Calculate Manufacturing Production Software ROI: Measuring True Value Beyond Cost Savings.
Plan for Stabilization Before Full Benefits
Some improvements, such as faster job-status reporting, may become visible relatively early. Others, including better estimating based on accumulated actual cost history, need more production cycles. Budget for a stabilization period after go-live, monitor adoption, and review performance at defined checkpoints.
Cost-Saving Strategies for Metal Fabrication Shops
Start With the Modules You Need, Then Expand
Define the workflows that must work on day one: commonly quoting, order processing, purchasing, inventory, production tracking, scheduling, and financial integration. The exact rollout order depends on your current systems and risk tolerance.
Buying every available module immediately can increase training and implementation work. Buying an ERP that cannot support future needs can create another replacement project. Ask vendors to distinguish required modules from later-phase options.
Match Licenses to Real Employee Roles
Do not assume every person on payroll needs full ERP functionality. Use the vendor’s permitted limited-user, shop-floor, concurrent, or device options when they match the work employees perform.
Recheck the license mix before renewals and when a new shift or location is added. Rightsizing access should never undermine accountability, security, or traceability.
Decide When to Use Internal Staff or Consultants
Self-directed setup may work for a small shop with straightforward records, limited integrations, and a capable internal project owner. Complex data conversion, multiple locations, compliance obligations, or difficult shop-floor workflows generally benefit from experienced implementation support.
Compare the consultant quote with the real cost of diverting employees from estimating, purchasing, production, or finance. The cheapest implementation proposal is not necessarily the lowest-cost project.
Negotiate Scope and Renewal Terms
Before signing, confirm the initial license and module mix, price-increase terms, training and support hours, integration responsibilities, and any fees for changing service tiers. Ask vendors to put agreed provisions in writing rather than relying on verbal estimates.
A negotiated price cap may reduce uncertainty, but whether a vendor accepts one depends on the contract. The goal is a transparent agreement with predictable costs and a practical exit path.
Limit Customization and Phase Deployment Carefully
Use supported ERP workflows where they satisfy the business need. Custom development can be justified, but every change needs testing, documentation, and maintenance. A phased rollout can reduce disruption when it follows clear operational dependencies; it is not a guaranteed percentage saving.
When Cheaper ERP Software Costs More
Missing Fabrication-Specific Functionality
A basic inventory or accounting application may look inexpensive until a fabricator needs separate spreadsheets for nesting, material remnants, routing revisions, job costing, and outside processing. The cost of those workarounds should be part of the comparison.
Weak Nesting or CAD/CAM Connectivity
When engineering data and production records are disconnected, employees may reenter information manually, risking revision errors or incorrect material requirements. Evaluate whether the integration actually transfers the data your shop needs, rather than assuming a logo on an integration list is enough.
Scheduling That Does Not Reflect Capacity or Material Availability
A production schedule is less useful if it ignores actual work-center capacity, material readiness, or outside-processing dependencies. Late orders can create overtime, expediting, and customer-service costs that outweigh a modest licensing difference.
Limited Support During Production Disruptions
Ask what support looks like when a critical workflow fails during a production shift. Compare response channels, hours, severity definitions, and the cost of premium coverage. Support quality matters most when scheduling, purchasing, and shipping depend on the system.
Frequently Asked Questions
There is no universal monthly price. Some vendors publicly list per-user subscriptions, while others create custom proposals based on modules, usage, implementation, and deployment. Calculate the price for the roles and workflows your shop actually needs rather than assuming one advertised seat rate applies to every employee.
Start with the number of full and limited users, then add implementation, migration, integrations, training, support, internal effort, and contingency. The 20–50-person examples above show how license assumptions affect annual cost, but actual first-year budgets require vendor-specific proposals.
Potential exclusions include implementation consulting, data cleanup, historical data migration, custom integrations, specialist training, premium support, third-party connectors, storage, and extra modules. Ask each vendor for a list of what is included and what is optional.
No. Flat-rate, resource-based, and per-user arrangements have different trade-offs. A small team may spend less on a per-user plan, while a growing shop with many occasional users may benefit from a different model. Compare five-year costs at the same functional scope and expected growth level.
Give vendors the same requirements, number and types of users, modules, integration list, training scope, and service expectations. Request a five-year cost breakdown that separates subscriptions, one-time deployment, recurring services, and potential expansion.
Sometimes. Whether an ERP can work alongside an existing accounting platform or MES depends on the supported integration methods and required data flows. Check which system owns each record, how updates synchronize, and what ongoing integration support costs. Replacing every system is not always necessary.
Conclusion
The real cost of metal fabrication ERP depends on more than monthly licensing. Shop size, user permissions, production complexity, data quality, implementation services, and integrations all affect the investment.
For a 20- to 50-person job shop, begin by mapping who needs access and what workflows the software must handle. Compare published list prices only as a starting point, request properly scoped proposals, and build a five-year total cost model that includes renewals and operational support.
The goal is not to buy the least expensive ERP on a pricing page. It is to choose a system that supports quoting, inventory, scheduling, production, and job costing at a total cost your shop can justify.
If you want to evaluate those requirements against a metal fabrication-focused system, explore MIE Trak Pro or request pricing based on your shop’s needs.
