WORKS GALLERY
Build Examples
All parts shown were built on our own in-house machine. If any of these look like your part, get in touch — new examples are added regularly.
01 Internal channels and hollow structures
LEAP manifold
Numerous intersecting channels built as one piece. Teardrop-shaped openings eliminate the need for supports.
- Internal channels
- Support-free design
Combination manifold
Hollow structure for air or water flow; used as a two-part assembly.
- Hollow
- Internal channels
Nozzle with built-in cooling channels
Internal coolant channels.
- Internal channels
Internal-structure cutaway model
A cutaway model showing double walls, internal channels, and reinforcement in cross-section.
- Internal channels
- Demo build
02 Complex curved surfaces, fine features, thin walls
Impeller
A classic example of the complex curved geometry metal AM excels at.
- Complex geometry
Impeller (spiral blades)
An impeller with a different blade geometry; build parameters optimized to the shape.
- Complex geometry
Cooling fan
Ti-6Al-4V, thinnest section 0.1 mm
Walls down to 0.1 mm.
- Fine features
Parts for small motors
Ti-6Al-4V, thinnest section 0.15 mm, roughness 3–6 μm
Fine parts with sections down to 0.15 mm.
- Fine features
- Thin walls
Phone cover
Ti-6Al-4V, thinnest section 0.5 mm, roughness 3–6 μm
A cover with a thin-walled frame shape.
- Thin walls
Medical / dental part model (orthodontics)
Fine, complex geometry.
- Fine features
- Complex geometry
Gripper for ultrasonic motor
Ti-6Al-4V, thinnest section 0.15 mm
- Complex geometry
Fine lattice plate
A fine lattice built as one piece across the whole surface.
- Fine features
- Lattice
03 Design unique to metal AM (lightweighting, support-free, batch builds)
Engine part models (16 on one plate)
Globally optimized geometry, built without supports. Sixteen scaled display models arranged and built in a single run on one base plate.
- Optimization
- Support-free design
- Batch builds
Lattice structures
Ti-6Al-4V
Three cubes built together on a single base plate. Lighter weight without sacrificing strength.
- Lightweighting
- Batch builds
Miniature wheel
A wheel model with free-form spokes.
- Complex geometry
- Model
Robot component
SUS316L, layer thickness 60 μm, build time 10 h
Shown as built, with support structures still attached.
- Thin walls
- Build process
Ornament
A demo piece of overlapping overhanging curved surfaces.
- Complex geometry
- Demo build
* Figures shown are measured results for individual build samples. Accuracy, roughness, and other values vary with material, geometry, parameters, and pre/post-processing.
“Can you build this?”
Send us your STEP / STL data and we’ll reply with build feasibility and a quote, as a rule within 2 business days.