Manufacturing Software Development Company

Your factory floor shouldn't run on spreadsheets, WhatsApp messages, and gut instinct.

We build custom manufacturing software that connects your floor, your supply chain, and your finance team -- so you can see problems before they cost you and fix them before they spread.

  • Custom ERP, MES, and WMS built for your exact manufacturing workflow

  • AI-powered quality control and OCR automation -- deployed in 8--14 weeks

  • IoT integration to connect machines, sensors, and production data in one dashboard

  • 100+ software products shipped. We've done this across discrete, process, and hybrid manufacturing.

Summary

RaftLabs builds custom manufacturing software — ERP systems, MES platforms, supply chain tools, quality control software, IoT integrations, and AI-powered production automation — for factory floors and operations teams. Our software is built around your specific production processes, not adapted from a generic platform. Most manufacturing software projects launch in 12–20 weeks at a fixed, agreed cost.

Vodafone
Aldi
Nike
Microsoft
Heineken
Cisco
Calorgas
Energia Rewards
GE
Bank of America
T-Mobile
Valero
Techstars
East Ventures

What manufacturers get when they work with us

60%faster defect detection with AI-powered quality control
70%reduction in manual data entry through OCR and automation
12weeks from kickoff to a live production system

Our manufacturing software development services

Manufacturing teams waste hours on data that should be automatic. Orders get lost between systems. Defects get caught too late. Machines go down without warning. We build software that fixes these problems -- not generic platforms, but systems designed around how your specific operation runs.

We've shipped 100+ software products across industries. Manufacturing is one of our core verticals -- we've built for discrete manufacturers, process plants, food and beverage facilities, and industrial equipment companies. We know the vocabulary, the compliance requirements, and the failure modes.

Custom ERP for manufacturing

Off-the-shelf ERP systems are built for the average manufacturer. If your operation isn't average -- and most aren't -- you spend more time working around the software than working with it.

We build custom ERP systems designed around your actual workflows: your materials, your bill of materials, your production order logic, your supplier relationships. No modules you don't use. No workarounds for processes the vendor didn't anticipate.

What you get

  • Full production order management -- from raw material to finished goods
  • Real-time inventory across multiple warehouses and production sites
  • Supplier portal integration and purchase order automation
  • Finance and costing modules that match your actual cost structure
  • Role-based access for floor supervisors, procurement, and finance teams

Best for

  • Mid-size manufacturers replacing legacy on-premise ERP with a modern, cloud-native system
  • Multi-site operations that need consolidated visibility across plants
  • Companies whose existing ERP is too rigid to support their product lines

Manufacturing Execution System (MES)

Your ERP manages the plan. Your MES manages execution. Without an MES, you're relying on supervisors to manually track what the ERP says should happen versus what's actually happening on the floor.

We build MES solutions that capture real-time production data -- operator inputs, machine signals, quality checks -- and feed it back to your planning systems so you can act on it, not just report on it after the fact.

What you get

  • Real-time work order tracking and operator assignment
  • Machine downtime logging and shift performance reporting
  • In-line quality check points with pass/fail recording
  • Integration with IoT sensors and PLCs for automated data capture
  • Dashboards for supervisors, planners, and plant managers

Best for

  • Manufacturers whose floor runs on paper travellers and manual count sheets
  • Operations that need ISO or FDA production record compliance
  • Teams losing hours every week reconciling planned vs. actual production

AI-powered quality control and OCR automation

Manual quality inspections miss defects. They're slow, inconsistent, and depend entirely on the inspector's attention. AI changes that.

We've built AI-powered OCR and computer vision systems for industrial use -- including a gas station fuel delivery verification system that automated what used to be a paper-based, error-prone manual process. The same pattern applies across manufacturing: reading serial numbers, verifying labels, inspecting parts, capturing batch data.

What you get

  • Computer vision inspection for surface defects, label verification, and dimensional checks
  • OCR automation for data capture from forms, labels, and documents
  • Integration with your MES or ERP for automatic data entry
  • Defect logging, trend analysis, and SPC-ready reporting
  • Deployed on standard cameras -- no proprietary hardware required

Best for

  • Manufacturers losing products to end-of-line inspection failures
  • Operations with high manual data entry burden (batch records, travellers, labels)
  • Companies in regulated industries needing audit trails for quality events

Supply chain and warehouse management software

A broken supply chain is invisible until it's expensive. Raw material shortages, late deliveries, warehouse picking errors -- these problems look small until they shut down a production line.

We've built multi-carrier shipping platforms and warehouse management systems that give manufacturers real-time visibility across their supply chain. From supplier order tracking to inbound logistics to finished goods dispatch.

What you get

  • Real-time supplier portal with PO status and delivery tracking
  • Warehouse management with barcode/RFID scanning and directed picking
  • Multi-carrier shipping label generation and dispatch management
  • Stock replenishment rules and safety stock alerting
  • Integration with your existing ERP, 3PL, and logistics providers

Best for

  • Manufacturers managing complex supplier networks and inbound logistics
  • Warehouses running on paper pick sheets or outdated WMS systems
  • Operations with high dispatch volumes and multi-carrier shipping needs

IoT integration and machine monitoring

Your machines generate data. Most manufacturers either can't capture it or can't act on it. IoT integration changes that -- connecting your equipment to a central platform so you can monitor uptime, output, and performance in real time.

We build IoT integration layers that connect PLCs, SCADA systems, and industrial sensors to custom dashboards and alerting tools. You see what's happening on your floor from your phone, your office, or across sites.

What you get

  • PLC and SCADA data integration via OPC-UA, MQTT, or Modbus
  • Real-time machine uptime, cycle time, and OEE dashboards
  • Automated alerts for downtime events, threshold breaches, and maintenance triggers
  • Historical trend data for capacity planning and efficiency analysis
  • Mobile dashboards for plant managers and maintenance teams

Best for

  • Manufacturers who want to move from reactive to predictive maintenance
  • Multi-machine environments where downtime tracking is manual
  • Operations investing in Industry 4.0 without a clear starting point

Production planning and scheduling tools

Production scheduling is one of the most complex problems in manufacturing. You're balancing machine capacity, material availability, workforce shifts, customer delivery dates, and changeover times -- all at once.

We build production planning tools that model your actual constraints and generate feasible schedules, not optimistic ones. Planners get a tool that works the way they think, not a generic Gantt chart that ignores reality.

What you get

  • Constraint-based scheduling that accounts for machine capacity and workforce availability
  • What-if scenario modelling for rush orders and line changes
  • Customer promise date calculations based on real capacity
  • Integration with your ERP for material availability checks
  • Visual drag-and-drop schedule editing for planners

Best for

  • Manufacturers where planners spend hours rebuilding schedules in spreadsheets
  • Make-to-order operations with short lead times and frequent rush orders
  • Plants with complex changeover rules and multi-resource dependencies

Problems we solve in manufacturing

Production status not visible across sites without calling floor supervisors

Shift managers call or message floor supervisors to get a live count of units completed. There is no dashboard. By the time the data reaches planning, it is already out of date. Decisions on overtime, material release, and delivery promises rely on a phone call rather than a system.

Quality defects caught at end-of-line rather than at source

Inspection happens at the final station, so defects from earlier in the process are baked into dozens of units before anyone catches them. Rework rates are high and the root cause is rarely traceable because in-process data is not captured. Scrap and rework cost is hidden in the P&L rather than attributed to the operation that caused it.

Machine downtime managed reactively because maintenance data is not monitored

Machines fail and production stops. The maintenance team responds, diagnoses, and repairs -- but nobody predicted it. Maintenance schedules are based on calendar intervals, not actual run hours or condition signals. Predictive maintenance requires data from the machine. Most plants don't capture it.

Materials planning done from lagged ERP data rather than real-time consumption signals

The ERP shows inventory as of the last goods receipt posting, not as of right now. Materials planners order based on what the system says, then discover a discrepancy when picking for a production order. Safety stock is set too high to compensate for the unreliability of the data, tying up working capital that could be deployed elsewhere.

Supplier delays not visible until they affect production schedules

Purchase orders are raised and acknowledged, but there is no visibility of whether the supplier is on track to deliver. The first signal of a problem is when the material doesn't arrive on the expected date. By then, the production schedule has already started to slip and the customer is being chased for a revised delivery date.

Cost-per-unit and margin-by-product-line not available without manual spreadsheet analysis

The finance team collects production data, material costs, and labour records from three different systems and reconciles them in a spreadsheet each month. The result is a report that is always a few weeks old and takes significant analyst time to produce. Product-level profitability decisions are made on data that is already stale.

How we work with manufacturing clients

We spend time on your floor and with your planning team before designing anything. We map your production process, identify where data is captured manually versus automatically, and agree on which problem to solve first. Most manufacturing projects succeed or fail based on how accurately the first phase is scoped.

What to ask any manufacturing software team

Domain experience

  • Have you built MES, ERP, or quality control software before?
  • Do you understand OPC-UA, MQTT, or Modbus integration?
  • Can you show a real deployment in a manufacturing environment?
  • Do you know the difference between discrete and process manufacturing?

Delivery model

  • Is this a fixed-cost engagement or time and materials?
  • How do you handle changes to scope during the build?
  • What does the go-live plan look like for a live production environment?

Ownership and support

  • Do we own the source code and infrastructure?
  • What support is available after go-live?
  • How do you handle upgrades when our machine or ERP environment changes?

Manufacturing software development cost

Estimated rangeTimeline
MES or quality control tool
IoT monitoring and dashboards
Custom ERP module
Full manufacturing platform

The cost of not fixing this

42%of manufacturer downtime is caused by equipment failure that was predictable
80+hours per week lost to manual data entry in a typical 200-person plant
67%of manufacturers say disconnected systems are their top operational challenge

Frequently asked questions

Most manufacturing software projects go live in 12--16 weeks for an initial production-ready system. That covers core workflow, key integrations, and user training. We work in milestones -- you see working software every 2--3 weeks and can adjust scope before it matters. A full ERP replacement is a longer engagement, typically 6--12 months depending on complexity.

Yes. We've built integrations with SAP, Oracle, Microsoft Dynamics, and several industry-specific ERP systems. We can build a standalone module that reads from and writes to your existing ERP, or we can build a full replacement. The decision depends on your system's age, licensing cost, and how much of it you actually use.

We connect to most industrial equipment via standard protocols -- OPC-UA, MQTT, Modbus TCP, and REST APIs where available. We work with your engineering team to understand your existing equipment, then design the integration layer. Where proprietary interfaces exist, we've built custom bridges. If your machines are very old and don't have any digital interface, we can discuss sensor retrofitting options.

No. Custom software isn't only for large enterprises. We've built for manufacturers with 30 employees where the ROI was clear within 6 months. The question is whether the pain is real. If you're losing hours every week to manual processes, missing defects your current system should catch, or flying blind on production status -- the investment pays for itself. We can scope a focused first phase that solves one high-impact problem and proves the value before you commit to more.

An initial focused build -- for example, a production tracking system or a QC automation tool -- typically runs $20,000--$60,000 depending on scope and integrations. A full custom ERP or MES is a larger investment, typically $80,000--$200,000+. We scope each project before pricing it, so you know what you're getting before you commit. We don't do hourly billing -- fixed project costs only.

Yes. We've built for food and beverage, pharmaceutical-adjacent operations, and industrial manufacturing. For regulated industries, we design with compliance in mind from the start -- audit trails, 21 CFR Part 11 electronic records where required, and role-based access controls. We're not a compliance consultant, but we know how to build software that makes compliance easier.

Manufacturing software by product

Manufacturing software by focus area

Let's talk about your project

Tell us what's not working in your business. We'll diagnose the problem and tell you exactly what it would take to fix it.