Parts we make
These are the shapes we quote most often. Every one is made to a customer drawing — the notes below describe what usually decides whether the part passes, which is also what we ask about before quoting.
Housings, brackets, heat sinks and plates milled from solid or from profile.
Thin fins, deep slots and a large flat base — the combination that makes heat sinks the most deformation-prone part in milling.
Simple shape, difficult job: hole positions on several faces and one consistent datum for every set-up.
A cylindrical shell where the coaxial relationship between knurled body, thread section and assembly shoulder matters most.
A visible part: besides dimensions, surface texture, edge condition and the gap at the joint line decide whether it passes.
A thin-walled turned part where the concentricity of the inner shoulder and the mounting face sets the optical alignment.
Couplings, stems, optical baffles and small housings with tight fit requirements.
A torque-carrying rotating part: the coaxiality of the two bores matters more than the outside diameter.
A slender rod where straightness and the coaxiality of both threaded ends are the two things that decide fit.
Second-operation work from extrusion or plate, where datum choice and the anodising dimension chain are the risk points.
Small, thin and curved: cosmetic consistency and the assembly shoulder are where parts usually fail.
An optical part: internal matt finish, sharp edges and stray-light control matter more than the outer profile.
Motor housings, flanges, connectors and long rods turned and milled in one set-up.
A ring-shaped turned part with slots: bore fit and slot indexing are more critical than the outside diameter.
A thin-walled cylinder where bore coaxiality and face squareness determine how the rotor fits.
A slender tubular rod: straightness, bore alignment at both ends and end threads are the three control points.
A disc-shaped connector: bolt-hole indexing and the flatness of the sealing face are what the drawing really asks for.
A long, thin cosmetic part: surface consistency, concentricity and weight distribution decide the feel.
Turning capacity offered as a service, including second operations and finishing.
STEP, IGES, DWG, PDF or a dimensioned sketch — plus material, quantity and finishing. We reply with a price and any questions in one message.
