Binder jet metal programs
Build planning for cost-sensitive metal parts, fixtures, and equipment components that need repeatable batches.
Production additive programs
Production-Ready Metal and Resin Additive Programs for Tooling Buyers
Desktop Metal connects DfAM review, qualified build planning, fixture strategy, and bridge production support so engineering teams can move from prototype geometry to repeatable production cells without losing traceability.
Built for OEM sourcing, contract manufacturing, and regulated launch teams.
2.1M+
qualified build records reviewed across additive and machining workflows
5,166+
fixture, tool, and equipment projects routed through engineering intake
19 yrs
of process data informing material, finish, and post-processing choices
21
validated production paths for metal, resin, hybrid, and bridge programs
32
inspection and documentation checkpoints available for buyer release
DfAM-forward execution
Additive programs that behave like production sourcing
Instead of treating 3D printing as a one-off prototype request, Desktop Metal packages process choice, inspection planning, and release documentation into a sourcing workflow buyers can repeat.
01
Design feedback before purchase orders harden
Geometry, material, surface finish, and downstream machining assumptions are reviewed early, so procurement teams see manufacturability risks before they lock budget, timeline, or supplier commitments.
02
Build evidence that travels with the part
Inspection snapshots, material notes, build orientation logic, and finish recommendations are organized for buyers who need internal approval, supplier audits, or controlled handoff into bridge production.
03
Bridge production without a supplier reset
When prototypes become real demand, the same intake logic can support low-volume repeat runs, post-process controls, and transfer packages for long-term production supply.
Tooling, equipment and machinery
Production cells, tooling programs, and equipment paths in one view
Featured route
Metal additive tooling with downstream finish planning
Ideal for conformal cooling inserts, lightweight fixtures, end-of-arm tooling, and validated jigs where shape freedom needs inspection discipline.
Review tooling scope
Resin validation prints
High-detail resin prototypes for fit checks, presentation models, and pre-tooling design confidence.
Hybrid post-processing
Machining, finishing, heat treatment, and inspection routes aligned before the first build starts.
Equipment sourcing support
Process mapping for buyers comparing printer, tooling, and shop-floor equipment options.
Application coverage
Built for buyers who need additive to fit real operating constraints
Aerospace tooling
Lightweight fixtures, ducting aids, and inspection-ready build records.
Medical devices
Prototype-to-pilot paths with material clarity and controlled review notes.
Robotics
End-of-arm tooling, grippers, brackets, and compact mechanism parts.
Automotive launch
Bridge components, gauge fixtures, and fast engineering iteration loops.
Industrial equipment
Replacement parts, process tooling, and production cell accessories.
Energy systems
Complex manifolds, test hardware, and low-volume service components.
Ready for review
Send a STEP file, target quantity, and inspection expectation.
We will map the additive route, flag DfAM risks, and recommend whether metal, resin, hybrid machining, or conventional equipment sourcing is the cleanest path.
