One path from CAD to robot and drone parts.
- SLS nylon PA12
- FDM materials
- CNC by review
- DFM support
SLS nylon, additive, review-based CNC machining and engineering support in one practical production path, from functional prototype to repeat run.
Core processes
Production capability with engineering context.
Each process is chosen around what the part has to do: load, fit, environment, weight, finish and quantity.
- SLS
SLS nylon
Nylon PA12 Gray powder-bed parts with no support scarring.
- FDM
Additive (FDM)
ABS, PLA+, PETG, Nylon CF and TPU filament parts.
- CNC
CNC machining support
Metal and engineering plastic parts, scoped by engineering review.
- DFM
Engineering support
Practical design-for-manufacturing review before release.
- SLS
SLS nylon
Configured online quoteSelective laser sintering builds complex brackets, housings, ducts, internal wire paths and organic mounts without support structures, which suits tight packaging around sensors, motors and actuators.
- Drone arms and mounts
- Robot brackets and housings
- Repeat low-volume batches
- FDM
Additive (FDM)
Configured online quoteA direct path for prototypes, fixtures, flexible guards and parts where filament materials, speed and economics are the better fit.
- Fit-check prototypes
- Fixtures and jigs
- TPU bumpers and damping
- CNC
CNC machining support
Engineering reviewMachined interfaces, tighter tolerances and metal parts are reviewed against geometry, stock, finish and quantity. CNC is handled as a review-based path rather than an instant quote.
- Motor plates and flanges
- Precision interfaces
- Metal brackets
- DFM
Engineering support
Included in reviewWe review wall thickness, fit interfaces, inserts, orientation, clearances and assembly intent so parts install cleanly when they arrive.
- Wall and feature review
- Insert-ready features
- Repeatability planning
Supporting services
A cleaner handoff to your assembly.
Configured work can start online. Assemblies, machining and larger programs begin with engineering review.
- FIN
Finishing and integration prep
Depowdering, sandblasting where configured, finish planning, insert-ready and hardware-ready parts, and batch release checks aligned to your assembly.
- LOW-VOL
Low-volume and repeat production
Move from one-off prints into repeatable small batches for pilot builds, customer installs, spares and bridge production while tooling is not justified.
- OPS
Kitting and handoff
Hardware, labeling and kitting scoped with the build so parts arrive ready for the team that installs them.
How to start
The guided quote does the routing.
STL files are priced for configured SLS and FDM work. STEP files, drawings and CNC requests are listed for review.
- 01
Tell us what you need
Robot parts, drone parts or a full custom build. Pick the process and material, or ask us to recommend one.
- 02
Upload files
STL files get instant geometry analysis and configured pricing. STEP files and drawings are listed for engineering review.
- 03
Set quantity and timeline
One part, a pilot batch or a repeat run. Add a target date and the constraints that matter.
- 04
Review and submit
Check the configured estimate, then submit. We review manufacturability before confirming the production path.