# Metal Fabrication Walk into any metal fabrication shop running 15 to 150 people and you will find the same scene: a whiteboard near the front office with job numbers written in dry-erase marker, color-coded by statu... ## Software for Metal Fabricators: Job Tracking, Quoting & Shop Floor FreedomDev builds custom software for metal fabrication shops — job tracking, quoting, shop floor data collection, and CNC integration for fabricators who have outgrown whiteboards, spreadsheets, and generic job shop software. 20+ years building software for manufacturers in Michigan and across the Midwest. --- ## Key Stats - **$55B+**: annual revenue of the U.S. metal fabrication industry (NAICS 332) - **30,000+**: metal fabrication shops operating in the United States - **65-85%**: typical machine utilization rate — top shops push past 80% - **3-8%**: average material scrap rate in sheet metal fabrication - **15-25%**: of fab shop revenue lost to inaccurate quoting and hidden job costs - **20+**: years FreedomDev has built software for Michigan manufacturers --- ## Frequently Asked Questions ### What software do metal fabrication shops use? Metal fabrication shops typically run a patchwork of disconnected tools. For quoting and job management, the most common off-the-shelf systems are JobBOSS (now part of ECI), E2 (also ECI), Epicor, and ProShop ERP. For nesting and CNC programming, shops use SigmaNEST, ProNest by Hypertherm, Trumpf TruTops Boost, Lantek Expert, or the native software bundled with their laser or plasma table. For CAD, most fabrication shops work with SolidWorks, AutoCAD, or Inventor — though many receive customer files in DXF, STEP, or IGES format and do not perform design work themselves. For accounting, QuickBooks dominates shops under 100 employees, with Sage and NetSuite appearing in larger operations. The problem is not any single tool — it is the gaps between them. The nesting software knows the material requirements but does not talk to the ERP. The job tracker knows the routing but does not capture actual time from the floor. The quoting system uses estimated rates that never get updated with actual costs. Custom software fills these integration gaps. FreedomDev typically does not replace your nesting software or your accounting system — those tools do what they do well. We build the job tracking, quoting, scheduling, and material management layer that connects everything into a single system designed for how your specific shop operates, including the ERP development and inventory management capabilities that off-the-shelf tools leave disconnected. ### How does custom job tracking software work for fab shops? Custom job tracking for a fabrication shop starts with a flexible data model that accommodates the variability fabrication demands. Each job gets a routing — the sequence of operations required to complete it — that can be a standard template or a one-off custom sequence. Common operations include cutting (laser, plasma, waterjet, shear), forming (press brake, roll forming), welding (MIG, TIG, stick, robotic), machining (mill, lathe, drill), finishing (grinding, deburring, sanding), and surface treatment (blast, prime, powder coat, paint, plate). At each operation, the system captures data: who is working on the job (operator ID via badge scan or login), when they started and finished (timestamps from barcode scan or tablet input), how many parts completed and how many scrapped (with reason codes), and any quality notes or hold flags. The job status updates in real time on dashboards visible to the shop floor, the front office, and optionally to customers through a portal. For scheduling, the system uses finite capacity logic — it knows that your Trumpf 5030 fiber laser can cut X hours per day, your three welding booths can handle Y hours of welding, and your powder coat line runs one batch per shift. Jobs are slotted into available capacity across these work centers, and the system identifies bottlenecks and scheduling conflicts before they cause missed delivery dates. When a machine goes down or a rush order arrives, the scheduler shows the cascading impact on every downstream job. This is fundamentally different from a whiteboard, which shows today's plan but cannot model the consequences of change, and it is different from generic manufacturing software that assumes every job follows the same routing. ### Can you integrate with CNC and nesting software? Yes — CNC machine integration and nesting software integration are two of the most common projects FreedomDev builds for fabrication shops. On the nesting side, we integrate with SigmaNEST, ProNest (Hypertherm), Trumpf TruTops Boost, and Lantek Expert through their APIs, database connections, or file-based data exchange. The integration pulls nest layouts, material utilization percentages, estimated cut times, sheet assignments, and remnant data into your job tracking and inventory systems. When a programmer completes a nest, the material consumption updates automatically — specific sheets are deducted from inventory, remnant dimensions and rack locations are recorded, and the estimated cutting time feeds into the production schedule. On the CNC machine side, we connect to controllers and machine interfaces using MTConnect (the open standard for CNC data), OPC UA (the industrial communication protocol), or manufacturer-specific interfaces. For Trumpf lasers, we use their TruConnect interface. For machines running Fanuc controllers, we connect via FOCAS (Fanuc Open CNC API Specification). For Mazak equipment, we use MTConnect or Mazak SmartBox. For Haas machines, the MDC (Machine Data Collection) option exposes data over the network. Older machines without network capability get edge devices that read digital I/O signals — spindle on/off, cycle active, alarm state — to capture basic utilization data. The machine data flows into dashboards showing OEE, actual vs. planned cycle times, downtime reasons, and production counts. This gives you the utilization visibility needed to justify capital purchases, optimize scheduling, and identify maintenance issues before they cause unplanned downtime. ### How much does custom fabrication shop software cost? Cost depends on the scope of what you need and how many integration points are involved. A focused job tracking and quoting module — barcode-based shop floor tracking, digital job travelers, and a quoting system connected to actual cost data — typically runs $100K-$200K for a single-facility fab shop with 30-100 employees. Adding machine integration (MTConnect or OPC UA data collection from your CNC equipment, real-time OEE dashboards) adds $40K-$80K depending on the number of machines and the protocol complexity. Nesting software integration (SigmaNEST, ProNest, or TruTops connected to your job tracking and inventory) adds $30K-$60K. A comprehensive platform — job tracking, quoting, finite capacity scheduling, material and remnant management, machine utilization, nesting integration, and quality documentation — runs $250K-$500K depending on the number of work centers, machines, and compliance requirements. For comparison, implementing JobBOSS or E2 costs $30K-$80K in licensing and setup but delivers a generic system that will require workarounds for your specific routing, does not integrate with your nesting software, and provides no machine-level data collection. Epicor runs $200K-$600K for licensing and implementation and still requires custom development to handle fabrication-specific workflows like remnant tracking and nesting integration. Custom-built systems have zero recurring license fees — you own the code. The breakeven against annual license fees for off-the-shelf ERP systems typically occurs within 2-4 years, and the system fits your process from day one instead of requiring years of configuration to approximate it. FreedomDev scopes projects in phases: most shops start with job tracking and quoting (the highest-ROI modules) and add machine integration, scheduling, and quality documentation in subsequent phases. --- ## Job Shop Tracking That Replaces Whiteboards and Binders Walk into any metal fabrication shop running 15 to 150 people and you will find the same scene: a whiteboard near the front office with job numbers written in dry-erase marker, color-coded by status. Green means cutting. Blue means welding. Red means it should have shipped yesterday. A binder on the shop foreman's desk holds paper job travelers — each one a packet of routing sheets, material certs, and customer drawings that follows the job from station to station. When a customer calls to ask where their order is, someone walks the floor, finds the traveler, and calls back with an answer that was already outdated by the time they picked up the phone. This is how the majority of the 30,000+ metal fabrication shops in the United States still track production. Not because they want to, but because the alternatives have not worked for them. Generic ERP systems built for discrete manufacturing assume repetitive production runs with fixed routings and standard BOMs. That is not how a custom fab shop operates. A metal fabrication job shop runs on variability. Monday morning brings an RFQ for 12 custom stainless steel brackets — material, laser cut, brake form, weld, powder coat, ship. Tuesday brings a repeat order for 500 mild steel plates — plasma cut only, two operations, out the door by Thursday. Wednesday brings an emergency repair job for a local OEM that needs a one-off weldment reverse-engineered from a broken part with no drawing. Each of these jobs requires different materials, different machines, different operations, different quality requirements, and different pricing models. A system that forces every job into the same routing template will either be too rigid for the custom work or too loose to provide meaningful tracking on the production runs. This is why fabrication shops that tried JobBOSS, E2, or Epicor often end up back on the whiteboard — the software could not flex to match how their shop actually works. The real cost of whiteboard-and-binder job tracking is not the time spent updating the board. It is the information that never gets captured. When a job sits at the welding station for six hours waiting because the welder is tied up on a rush order, that queue time is invisible. When an operator scraps three parts during laser cutting because the nested pattern had a kerf allowance error, the scrap reason never makes it into a system where someone can analyze it. When Job 4782 consumed 14% more material than estimated because the DXF file was drawn at a different gauge thickness than what purchasing ordered, nobody connects those dots until the end-of-month margin report shows the job lost money. Every piece of data that does not get captured at the point of production is a piece of data that cannot be used to quote more accurately, schedule more efficiently, or identify where the shop is bleeding margin. FreedomDev builds job tracking systems designed specifically for the variability that defines metal fabrication. Flexible routing structures that accommodate one-off custom jobs and 500-piece production runs on the same platform. Real-time status tracking via barcode scanning, tablet input, or machine integration — so the whiteboard is replaced with a live dashboard visible to the office, the floor, and the customer portal. Material traceability that links every piece of steel, aluminum, or stainless to a mill cert, a heat number, and the jobs it was consumed on. And shop floor data collection that captures the scrap events, queue times, and machine utilization numbers your shop needs to actually understand its own cost structure. This is not generic manufacturing software configured for fabrication. It is fabrication software built from the ground up by a team that has spent 20 years in Michigan shops where metal gets cut, formed, welded, and shipped. --- ## Technologies - MTConnect (CNC machine data protocol) - OPC UA (unified machine communication) - SigmaNEST / ProNest / TruTops API Integration - DXF / DWG / STEP / IGES CAD file parsing - Fanuc, Siemens, Haas CNC controllers - Trumpf, Mazak, AMADA, Bystronic machine interfaces - Barcode / QR code shop floor scanning - .NET / C# (backend services) - SQL Server (production data, job costing) - React (dashboards, operator interfaces) - REST APIs (ERP and nesting integration) - Modbus / EtherNet/IP (legacy machine I/O) - MQTT (edge device telemetry) - Docker (deployment and scaling) --- **Canonical URL**: https://freedomdev.com/industries/metal-fabrication _Last updated: 2026-05-14_