Guided engineering services

From CAD intake to additive production route, with fewer blind spots

Desktop Metal structures service work around buyer clarity: what the part must do, what the launch schedule allows, what quality evidence is required, and which additive or hybrid process can actually support the business case. The service model is intentionally consultative. It gives engineering teams a practical way to compare metal additive builds, resin prototypes, post-machining, tooling, equipment sourcing, and bridge production without forcing every request into the same manufacturing template.

For sourcing teams, this means fewer vague quotes and better early conversations. For quality teams, it means the evidence expectations are visible before parts are built. For design teams, it means DfAM feedback arrives while geometry can still change.

Illustrated additive manufacturing engineering review

Service paths

Two-column service cards for every review stage

DfAM and geometry screening

We evaluate wall thickness, feature access, trapped powder risks, support strategy, finish surfaces, and inspection access so teams understand whether additive is solving a real constraint or adding unnecessary complexity.

Material and process routing

Metal, resin, hybrid machining, and conventional equipment paths are compared against strength, cost, quantity, lead time, and qualification needs rather than chosen from a marketing list.

Tooling and fixture planning

Fixtures, jigs, conformal inserts, grippers, and assembly aids are scoped with downstream handling in mind, including finish, labeling, calibration, and repeat build requirements.

Bridge production handoff

When prototypes move into low-volume demand, we prepare routing notes, inspection expectations, and repeat-order assumptions so the program can scale without restarting from zero.

Decision support

Common questions answered before quoting begins

Metal additive is usually strongest when geometry carries value: internal channels, weight reduction, part consolidation, short-run replacement, or tooling features that are difficult to machine conventionally. If the geometry is simple and volume is high, Desktop Metal will say so and recommend a more direct route.

A STEP file, target material, quantity range, critical tolerances, visible surfaces, regulatory expectations, and any known post-processing limits are enough for a useful first review. Drawings can follow once the manufacturing path is narrowed.

Often yes, but only if build orientation, material availability, finish strategy, and inspection expectations are considered early. The service workflow is designed to preserve those assumptions so the second order is not a fresh engineering project.

Before and after

Replace scattered supplier conversations with a shared review trail

Before

  • One quote for printing, another for machining, and a separate quality discussion.
  • Procurement receives price before engineering sees additive risk.
  • Prototype assumptions disappear when the program enters repeat demand.
  • Material and finish tradeoffs are buried in email threads.

After

  • CAD intake, process routing, and evidence planning are reviewed together.
  • Buyers compare cost, quality, and lead time with the same assumptions.
  • Bridge production has a route map, not a memory of the first sample.
  • Material certs, inspection notes, and finishing constraints are visible early.

Inline service intake

Send the part family and we will map the cleanest route.

Include CAD format, target production quantity, required material, cosmetic surfaces, and any inspection documents your customer expects. The first response focuses on route confidence and missing information, not pressure to buy equipment.