3D Printed Sample Parts Gallery

Orthopedic knee replacement — patient-specific joint surfaces tailored to individual bone anatomy.

CoCrMoSLM

Aerospace and motorsport structural elements — topology-optimized lattices that maintain stiffness at a fraction of the mass.

AlSi10MgSLM

Hydraulic and fluid-distribution manifolds with smooth, one-piece internal channels — no welding or assembly required.

AlSi10MgSLM

Automotive and motorsport heat exchangers — ultra-thin fins and 3D-curved channels dramatically increase cooling area.

AlSi10MgSLM

Craniomaxillofacial reconstruction — patient-matched titanium implants printed directly from CT data.

Ti-6Al-4VSLM

Demonstration part showcasing the resolution envelope of metal powder bed fusion — thin walls, fine columns, overhangs, threads and lattice structures in a single build.

1.2709SLM

Automotive heat exchanger with sub-0.3 mm walls and complex internal features — best-in-class surface finish straight off the build plate.

AlSi10MgSLM

High-performance induction-heating coils — geometry optimized for the part being heated, with the conductivity of pure copper.

Pure CuSLM

Hip-replacement acetabular cup with a trabecular outer surface that mimics cancellous bone and encourages bony ingrowth.

Ti6Al4VSLM

Hip-replacement femoral stem with a trabecular surface in the proximal region, designed for cementless press-fit fixation.

Ti6Al4VSLM

Aerospace fuel manifold with optimized internal channels — printed as one piece to eliminate weld joints and assembly steps.

IN718SLM

Medical-imaging and industrial-CT anti-scatter grids — high-density tungsten lamellae printed at 0.12 mm thickness.

TungstenSLM

Gas-turbine blade with conformal internal cooling channels — printable geometries that cast or machined blades cannot achieve.

IN718SLM

Spinal interbody cage (14 × 12 × 7 mm) with a trabecular lattice that promotes vertebral fusion.

Ti6Al4VSLM

Industrial pump and compressor impeller — blade shape tuned for peak hydraulic efficiency, printed as one piece.

IN718SLM

Impeller designed for support-free MPBF printing — no internal supports to remove, dramatically cutting post-processing.

IN718SLM

Demonstration lattices for lightweight structural components — engineered cell topology for stiffness, energy absorption or thermal management.

316L / Al / IN718SLM

Small, intricate stainless-steel parts (32 × 29 × 11 mm) consolidating multiple components into a single printed assembly.

Stainless SteelSLM

Injection-mould insert with conformal cooling channels — shorter cycle times and longer tool life for high-volume plastic parts.

1.2709SLM

Demonstration part — interlocking gyroid sphere printed as a single assembly with freely moving internal geometry.

PA11.5 PowderSLS

Material identification tag — SLS-printed PP sample showcasing chemical resistance, low water absorption and living-hinge flexibility.

PPSLS

Functional electronics enclosure with integrated cable routing — printed as one piece with snap-fit features and strain relief.

PA11 ESDSLS

Lightweight structural bracket with organic topology-optimized geometry and internal honeycomb infill — only producible by additive manufacturing.

FLEXA PerformanceSLS

Functional planetary gear set printed as a single working assembly — gears mesh and rotate straight off the build.

PA12 IndustrialSLS

Hinged clamp / fixturing tool with a captive ball joint — printed as a fully working mechanism in a single SLS job.

PA12SLS

Small custom electrical connector housing — short-run replacement for obsolete or bespoke parts.

PA12SLS

Fully flexible bellows / hose joint printed in TPU — bends and stretches like injection-moulded rubber, in a one-off print.

FLEXA PerformanceSLS

High-stiffness structural lever / handle printed in carbon-fiber-reinforced PA11 — replaces machined aluminum at a fraction of the weight.

PA11 OnyxSLS