LAB READY
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Build geometry machining cannot reach alone
Layer-based manufacturing supports lattice, porous and complex internal features without committing to production tooling.
DMLS & SLM
Metal 3D printing for complex orthopedic prototypes
Produce alloy parts with internal, porous or lattice geometry that is difficult to manufacture economically through subtractive methods alone.
Capability Overview
Metal 3D Printing built around the application
Direct metal laser sintering and selective laser melting build parts layer by layer from metal powder. The processes are useful when complex geometry drives the design, especially for orthopedic components where porous structures, internal passages or low prototype quantities make conventional tooling impractical. Post-machining and finishing can be coordinated for features that need tighter control than the printed state provides.
DMLS / SLMMetal powder-bed fusion routes
TitaniumGrade 2 and Grade 5 options listed
CoCrCobalt-chrome capability listed
No MOQAppropriate for prototype quantities
Planning the Work
What matters before manufacturing starts
Process selection should follow the drawing, application, material, critical features and the condition in which the part needs to arrive.
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Use machining where precision is critical
Printed near-net geometry can be followed by CNC machining, EDM or grinding on mating, threaded or bearing features that require additional control.
3
Specify the final surface deliberately
Bead blasting, polishing, passivation, electropolishing and PVD or DLC coatings can be evaluated based on alloy, function and surface requirements.
Typical Applications
Where this capability fits
Porous implant concepts
Lattice structures
Complex orthopedic geometry
Low-quantity alloy prototypes
Topology-driven components
Production-representative validation parts
Related Guidance
Continue planning the part
Use these pages to connect the process with the device category, material and next project decision.
Frequently Asked Questions
Metal 3D Printing questions
What is the difference between DMLS and SLM?
Both are metal powder-bed fusion processes. Process selection depends on the alloy, geometry, required material condition and downstream finishing needs.
Can printed metal parts be machined afterward?
Yes. Post-machining can be coordinated for critical mating, threaded, bearing or inspection features.
Which metals are listed for metal 3D printing?
The existing Lab Ready service catalog specifically lists titanium and cobalt-chrome for complex metal additive parts.
Have a part ready to review?
Send the CAD, quantity, material, finish and target date for a process review and quote.