Match the route to the geometry
Multi-axis milling reduces repositioning on complex parts, while CNC and Swiss turning cover rotational features, shafts, pins, screws and fixation hardware.
Precision milling and turning for simple and complex geometries, supported by specialty processes when critical features need a different route.
CNC machining is the direct route when a prototype must represent the specified alloy, hold controlled mating features or arrive with a production-relevant surface. Lab Ready supports milled and turned orthopedic components from one-off prototypes through low-volume runs, with EDM, grinding and secondary finishing available when the drawing calls for them.
Process selection should follow the drawing, application, material, critical features and the condition in which the part needs to arrive.
Multi-axis milling reduces repositioning on complex parts, while CNC and Swiss turning cover rotational features, shafts, pins, screws and fixation hardware.
Drawings are reviewed around fit and function so precision is concentrated on mating, bearing and alignment features instead of adding cost across non-critical geometry.
Threading, drilling, knurling, boring, EDM, grinding, deburring, passivation and other specified finishes can be coordinated as one part workflow.
Use these pages to connect the process with the device category, material and next project decision.
The current service scope includes 3, 4 and 5-axis milling, CNC turning, Swiss turning, threading, drilling, knurling and boring.
Yes. Specialty operations can be coordinated for internal geometry, hardened materials, bearing surfaces and other critical features.
Yes. Lab Ready has no minimum order quantity and accepts single prototypes as well as low-volume runs.
Send the CAD, quantity, material, finish and target date for a process review and quote.