A small shop for parts that don't exist yet. We print, mill, and turn one-offs and low-volume runs for engineers who need it right, not just fast.
Two processes under one roof, so a part can move from a printed proof-of-concept to a machined final version without changing vendors.
FDM for functional prototypes and fixtures, resin for detail parts, SLS for tough nylon geometry that would be a pain to mill.
3-axis and 4th-axis milling, light turning work. Aluminum and engineering plastics most days, hardwood for jigs and fixtures.
Bead blasting, sanding, tapping and heat-set inserts, basic anodizing through a local partner, light assembly.
Every job gets a manufacturability pass before it's quoted — wall thickness, tool access, grain direction, tolerance stack-up.
Stocked and ready to cut or print this week. Other materials sourced on request.
Upload a STEP, STL, or IGES file along with your target tolerances, material, and quantity. Sketches and dimensioned photos work too.
We check tool access, wall thickness, grain direction, and tolerance stack-up, and flag anything that'll cause trouble before it's cut.
You get a price and lead time by process, not a vague range. No surprise charges once the job is confirmed.
Your part is built on the process that fits it best, sometimes both — a printed proof first, a machined final second.
Critical dimensions are checked against your drawing before anything ships. Inspection notes included on request.
Boxed and out the door, with the files and finish notes you'll need for the next revision or the next thousand units.
A sample of what's come through the shop. Client names withheld — most of this is still unreleased hardware.
Machined bracket replacing a printed proof-of-concept once the load path was confirmed.
Two-shell resin enclosure for a medical prototype, smooth enough to hand to reviewers.
Corrosion-resistant mount for an outdoor enclosure, bead-blasted for a consistent matte finish.
Walnut jigs built for a client's own assembly line, holding tolerance across a full production run.
Low-volume SLS run standing in for injection molding while the product found its final form.
Machined plates and printed cable guides combined into a single field-ready mount.
Send the file and the constraints. We'll tell you honestly whether it should be printed, machined, or both — and what it'll cost to find out.
Email your files