Quality built into industrial additive manufacturing
Forge Labs Steam was engineered specifically for additive manufacturing with traceability, batch control, and process documentation that enable ISO 9001 quality systems.
Steam orchestrates every manufacturing step
Our MES was built specifically for additive manufacturing and industrial 3D printing technologies with the traceability and documentation architecture that quality systems require. Steam keeps the process accessible, fast, and economical while delivering the consistency production-grade additive parts demand.
By owning the software and the factory floor, we manage quoting, scheduling, production cells, technician workflows, and logistics inside the same system. There are no third party handoffs and no gaps in accountability.
- DFM readinessDetailed DFM before you order
- Steam runs extensive DFM analysis across SLS, MJF, DMLS, SLA, and FDM before an order can be placed. Manufacturing engineers annotate orientation-ready reports so technicians know the optimal build strategy before powder is loaded.
- In-house MES controlClosed-loop MES built in-house
- We developed Steam to control quoting, scheduling, production cells, and logistics end to end. There are no external vendors or drop shipments; the same digital plan that priced your part guides execution on the floor.
- Process documentationProcess documentation on autopilot
- Batch control, build parameters, technician notes, and inspection approvals are captured automatically. Every shipment leaves with the manufacturing records regulated teams require without delaying production.
How every part moves through Steam
Every stage is recorded, reviewed, and fed back into Steam so repeat runs stay consistent and compliant.
Upload raw CADSecure intake keeps native STEP, STL, and 3MF files version-controlled inside Steam.
How Forge Labs delivers production-grade parts
Quality in additive manufacturing comes from controlling three things: where parts are made, how they are monitored, and what records follow them. We built Forge Labs Steam to integrate all three so industrial 3D printing delivers the consistency production programs require.
Production in-house
In-house control
We control every additive manufacturing process in house, with no external vendors and no drop shipping. Polymer and metal production cells stay under our roof so quality decisions happen beside the machines, not across time zones or disconnected facilities.
The person taking your order is the same engineer inspecting your parts before they ship, ensuring accountability from the first quote to the final seal on the crate. When adjustments are needed, they happen in real time without waiting for external approvals or scheduling delays.
- Industrial cells stay in house
- Polymer and metal AM, including SLS, MJF, DMLS, SLA, and FDM, run inside Forge Labs production cells, giving us direct control over machines, material conditioning, and scheduling.
- Engineering-led ownership
- Our engineering-led team manages every stage; the person you collaborate with on quoting is the same person certifying the parts that ship.
- Responsive change management
- Steam captures every revision, deviation, and customer note so adjustments are implemented immediately without losing traceability or adding downtime.
Direct oversight eliminates the coordination overhead that slows production programs and introduces quality variability across suppliers.
Forge Labs industrial additive manufacturing facility
Proactive quality intelligence
Proactive monitoring
Every machine on the floor is connected to Forge Labs Steam. Real-time telemetry and technician feedback produce automated reports that surface trends and catch potential issues before a build is at risk.
Signals from hardware, software, and operators are reviewed continuously so teams can intervene early, protect schedule, and maintain part consistency across repeat production runs.
- Machine telemetry
- Laser power, temperature, and chamber data streamed into Steam
- Predictive feedback
- Automated alerts highlight drift before quality is impacted
- Technician intelligence
- Shift reports and photographs logged against each batch in real time
Insights loop directly back into build preparation and scheduling so repeat programs maintain the same high quality part after part.
Forge Labs technicians overseeing additive manufacturing builds
Process documentation & records
Documentation & records
Steam maintains batch control and detailed manufacturing information automatically, giving your team immediate access to the data needed for regulated industries and production handoffs. Process parameters, build histories, and inspection approvals are captured without delaying production.
Teams working in medical, aerospace, and defense sectors can retrieve inspection summaries, FAIR/PPAP packages, and comprehensive build documentation through our secure customer portal at any time, ensuring compliance records are audit ready the moment parts ship.
- Process documentation
- Machine IDs, build parameters, operator sign-offs, and finishing settings captured automatically for every shipment.
- Serialized batch control
- Part-level tracking across repeat production programs with revision history and change logs.
- Inspection records
- Technician notes, orientation data, dimensional checks, and quality approvals tied to each batch.
Documentation is generated as parts move through production, so regulated teams never chase paperwork or wait for quality releases.
Forge Labs team managing Steam quality documentation
Forge Labs industrial additive manufacturing facility
Quality, speed, and economy without compromise
We combine industrial 3D printing technologies with our digital MES built for ISO 9001 quality systems to produce end-use parts that are ready for the production line, prototype lab, or field deployment.
Production ready additive manufacturing
Industrial 3D printing technologies deliver end-use parts with the repeatability global programs expect.
Accessible speed & economy
By unifying quoting through logistics, Steam keeps lead times tight and costs transparent without sacrificing compliance.
Documentation without chasing
Material certs, FAIR/PPAP packages, and build histories ensure the highest quality standards for additive MES.
Bring your next production program to Forge Labs Steam
Start with a manufacturability review or transition an existing program into our additive manufacturing cells for immediate capacity.