LAB READY
Notes from the shop floor
Practical guidance on manufacturing processes, materials and working with Lab Ready on orthopedic parts.
Titanium vs. Cobalt-Chrome for Orthopedic Implant Components
Titanium and cobalt-chrome both sit on Lab Ready's listed orthopedic implant material scope. Here's how the manufacturing route, not just the alloy name, actually differs between them.
Read more →PEEK vs. Titanium for Medical Device Components: What Changes in Manufacturing
PEEK and titanium solve different problems in the same orthopedic and spinal programs. Here's how Lab Ready's listed material scope frames the manufacturing decision.
Read more →Stainless Steel Grades for Surgical Instruments: What the Callout Means
303, 304/304L, 316/316L, 420 and 17-4 PH cover most surgical instrument work. Here's what each grade actually changes about machining, hardening and finish.
Read more →What Medical Device Surface Finishing Actually Changes
Passivation, electropolishing, anodizing, PVD and DLC each change a different property. Here's how substrate and application decide which finish actually applies.
Read more →Titanium vs Stainless Steel: Choosing a Material for Orthopedic Implant Prototypes
Titanium and stainless steel both machine well and both show up constantly in orthopedic prototyping, but they solve different problems. Here's how to choose between them by application.
Read more →Have a part ready to quote?
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