Custom Manufacturing ERP Software

Generic ERP handles the 80% of manufacturing that looks like every other manufacturer. Your operations live in the 20% it can't model.

Manufacturing ERP covers the systems your production floor depends on, bill of materials, production orders, shop floor tracking, quality control, inventory consumption, and the supplier chain that feeds raw materials in and finished goods out. When the ERP doesn't map to how your production actually runs, your team builds workarounds in spreadsheets alongside the system you paid for.
RaftLabs builds manufacturing ERP software designed around your production model, discrete, process, or mixed-mode manufacturing, with the modules your operations actually use and integrations with your machines, WMS, and supply chain systems. Fixed cost agreed before development starts.

  • Bill of materials with multi-level BOM support and version control

  • Production order management with shop floor tracking and work-in-progress visibility

  • Inventory consumption and raw material requirement planning linked to production schedule

  • Quality control checkpoints built into the production workflow, not bolted on as a separate system

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4.9
on Clutch
See our work

The problem

Sound familiar?

  • Are your production planners running the shop floor from a spreadsheet because the ERP can't represent your actual production process?

  • When a quality issue is caught at the end of the production run, how far back can you trace it to identify the batch, the operator, and the raw material lot?

Short answer

RaftLabs builds custom manufacturing ERP software around your production model: bill of materials, production orders, shop-floor data capture, MRP, quality control, and supplier integration for discrete, process, or mixed-mode operations. A first working system ships in 16 to 22 weeks from around $40K to $70K; the full multi-module platform grows to 24 to 36 weeks.

Key takeaways

  • RaftLabs builds custom manufacturing ERP designed around discrete, process, or mixed-mode production models.
  • A first working system ships in 16 to 22 weeks from around $40K to $70K; the full multi-module platform grows to 24 to 36 weeks and $140K to $240K, at a fixed cost agreed before each phase.
  • BOM management supports multi-level structures with version control and rolled cost calculation per finished unit.
  • Quality control checkpoints are built into the production routing so orders cannot advance past inspection without recorded results.
  • Real-time inventory management includes full lot and batch traceability with FEFO picking for perishable or regulated materials.
  • Supplier integration covers the full cycle from MRP-driven purchase requisitions to goods receipt and automated supplier scorecards.

Trusted by

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Aldi logo
Nike logo
Microsoft logo
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Energia Rewards logo
GE logo
Bank of America logo
T-Mobile logo
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Techstars logo
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Manufacturing operations are built around variation, different products, different batch sizes, different routing through the production floor. When the ERP was designed for a generic factory, the gaps between its model and your reality fill up with spreadsheets. Planners maintain separate planning files, quality teams assemble documentation by hand, and the inventory record drifts from physical reality because transactions don't post in real time. The system becomes a source of data entry work rather than operational control.

The manufacturing ERP market was worth $13.8 billion in 2024 and is on track to reach $29.1 billion by 2033, an 8.9% compound annual growth rate (market-research estimate, 2025 to 2033). Scale is not the problem. Fit is. Panorama Consulting's 2024 ERP Report found that manufacturers hit timeline overruns and unexpected costs at higher rates than any other industry, and the usual cause is a production model the off-the-shelf system was never built to represent.

$13.8B
manufacturing ERP market in 2024, projected to reach $29.1B by 2033
Market-research estimate, 8.9% CAGR
85%
world-class OEE, the benchmark most shop floors have no system to measure against
Standard OEE: availability x performance x quality

Custom manufacturing ERP starts from your production model. The bill of materials structure reflects how your products are actually composed. Work orders route through the stages your production floor uses. Inventory transactions post when the work is done, not when an administrator gets to the data entry. Quality checkpoints are part of the production routing, not a separate system someone updates after the fact. The result is an ERP your operations team works inside, not alongside.

Where manufacturing ERP is heading makes the fit question sharper. The next wave of value, real-time OEE, predictive maintenance, and AI-assisted scheduling, all depend on clean shop-floor data arriving continuously over OPC-UA or Modbus from the machines themselves. Bolt analytics onto an ERP that still relies on end-of-shift manual entry and you get dashboards built on stale numbers. The plants that benefit first are the ones whose ERP already captures production events as they happen. We build that layer first.

Capabilities

What we build

  • 01
    Bill of materials management

    Multi-level BOM with unlimited depth: assemblies, sub-assemblies, raw materials, and purchased parts in a single explorable tree, including phantom BOMs, kit BOMs, and process formulas with yield percentages. Version control with effective dates applies engineering changes to new orders without disrupting open work orders, and rolled cost calculation gives production cost per finished unit before each run.

  • 02
    Production order management

    Production order management covering the complete lifecycle from demand signal to finished goods receipt. Orders are created from sales orders, forecasts, or manual release with BOM and routing pre-populated, work centre load views expose capacity constraints before they cause a delivery miss, and operators confirm progress at shop floor terminals so WIP is visible in real time. Every order closes with actual vs planned variance on hours, material, and yield.

  • 03
    Shop floor data capture

    Operator-facing data capture terminals designed for the shop floor: large touch targets, minimal text input, usable with gloves after one day of training. Operators scan on to jobs, log start and completion with one tap, and confirm material lots by barcode, running on standard Android tablets with machine integration via OPC-UA or Modbus TCP that captures production counts and downtime automatically.

    Built with
    Android tablets · OPC-UA · Modbus TCP
  • 04
    Inventory and raw material planning

    Real-time inventory management with full lot and batch traceability, stock updated as transactions post, eliminating the lag between the warehouse and the system. FEFO picking is enforced for perishable or regulated materials, and the MRP engine explodes the production schedule through the BOM, nets requirements against stock and open POs, and generates purchase requisitions before production needs the material.

    Built with
    MRP engine · FEFO picking
  • 05
    Quality control and traceability

    Quality control integrated into the production routing rather than bolted on as a separate system. A production order cannot advance past an inspection checkpoint until results are recorded, SPC charts alert on out-of-control conditions before the batch completes, and failed inspections create non-conformance records that route through rework, scrap, or concession. Batch traceability runs from finished goods back to every raw material lot in seconds.

    Built with
    SPC charts
  • 06
    Supplier and procurement integration

    Purchase order management connected to MRP output and the supplier relationship, covering the full cycle from requisition to goods receipt to supplier performance measurement. POs transmit via EDI or branded PDF email with approval routing by value, a supplier portal lets vendors confirm delivery schedules, attach ASNs, and upload quality certificates, and supplier scorecards update automatically from receipt data.

    Built with
    EDI · Supplier portal

Have a manufacturing ERP project?

Tell us your production model, the modules that matter most, and where your current system breaks down. We'll scope the build and give you a fixed cost.

What clients say

What our clients say

Three-year average engagement. Founders and operators describing the work in their own words. No marketing varnish.

Charles E.
Charles E.
USA flagUSA
Entrepreneur at Aggie Technologies

All of the sprints were completed on schedule and on budget. We highly recommend RaftLabs!

We have not yet published a manufacturing ERP case study, so here is the honest version. The hard parts of this build, integrating with existing plant hardware, syncing in real time, and cutting over a live operation without downtime, are things we have shipped in neighbouring operational systems.

Stay on topic

More on integrations & APIs

Frequently asked questions

Custom manufacturing ERP can be designed for discrete manufacturing (distinct units, electronics, machinery, assemblies), process manufacturing (batches, food, chemicals, pharmaceuticals), mixed-mode manufacturing (combination of both), and engineer-to-order or configure-to-order production. The production model determines the BOM structure, work order approach, and inventory management logic. Generic ERPs often handle one model well and the others poorly. Custom ERP is designed around the specific production model your facility uses.

Machine integration typically works through one of three approaches: direct API integration where the machine controller exposes a REST or OPC-UA interface; middleware integration using a manufacturing execution system (MES) data layer that aggregates machine data; or manual data entry at operator terminals where full machine integration isn't cost-justified. The right approach depends on the machine's age, the data it can expose, and the value of automated capture vs. manual entry for your operation. We assess each machine in scope during discovery.

A manufacturing ERP covering BOM management, production orders, shop floor tracking, and basic inventory typically takes 16 to 22 weeks for the first working modules. A more complete system with MRP, quality control, full traceability, supplier portal, and machine integration typically takes 24 to 36 weeks. Manufacturing ERP projects are structured as phased builds, the highest-value modules first, so the production team starts using the system before all modules are complete.

Manufacturing ERP is a large, multi-module build, so we scope it in phases rather than as one upfront price. A first phase covering BOM, production orders, and shop-floor data capture typically starts around $40,000 to $70,000. The full platform, adding MRP, quality and traceability, a supplier portal, and machine integration, grows to roughly $140,000 to $240,000 across phased releases. The cost is fixed and agreed before each phase begins, so you fund proven value rather than an open-ended estimate.

Yes, and that's often the primary reason clients build custom manufacturing ERP. The common pattern: an ERP exists for finance and inventory, but production planning happens in a separate spreadsheet that planners maintain manually because the ERP can't represent the production process. The custom ERP replaces the spreadsheet with a system that talks to both the finance/inventory layer and the production floor, eliminating the manual data transfer between them.

Work with us

Tell us what you need. We'll tell you what it would take.

We scope Manufacturing ERP Software in 30 minutes. You walk away with a clear cost, timeline, and approach. No commitment required.

  • Scope and cost agreed before work starts. No surprises. No obligation.
  • Working prototype within 3 weeks of kickoff.
  • Pay by milestone. You see progress before each invoice.
  • 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
  • All conversations are NDA-protected.