3D Tire Sipe Molds
Material: Maraging Steel C300 (18Ni-300 / MS1)
Tire molds made by metal LPBF for complex sipe geometries and high-mix, low-volume manufacturing, then used in repeat production.
Material: Maraging Steel C300 (18Ni-300 / MS1)
Tire molds made by metal LPBF for complex sipe geometries and high-mix, low-volume manufacturing, then used in repeat production.
Material: Maraging Steel C300 (18Ni-300 / MS1)
High-density fins and heat exchange structures that are difficult to machine conventionally, produced by metal LPBF. Top and side views show the fin layout and height variations.
Material: MS1
Multiple heat exchange panels integrated into one component and manufactured by metal LPBF.
Material: SUS316L
SUS316L lattice structures with multiple cell patterns, produced by metal LPBF. Geometry fidelity at node-to-strut connections and uniform cell patterns were achieved, with dimensional variation minimized to stabilize fine-feature quality.
Material: IN718
A semiconductor equipment ALD showerhead made by metal LPBF, incorporating 1,016 holes of 1 mm diameter in a 250 mm diameter circular component.
Material: SUS316L
A thin ribbon geometry and internal structure manufactured as one metal LPBF component.
Material: SUS316L
A die-casting mold insert manufactured by metal LPBF.
Material: SUS316L
A mold insert with cooling channels integrated directly into the component using metal LPBF.
Material: Maraging Steel C300 (18Ni-300 / MS1)
An integrated two-stage gear made by LPBF. Front and side views show the hub and tooth profiles.
Material: SUS316L
A complex engine component manufactured by metal LPBF.
Material: SUS316L
Organic curves and repeating patterns that are difficult to machine, realized with metal LPBF. The images show details of the horn and openings.
Material: Maraging Steel C300 (18Ni-300 / MS1)
A sleeve with internal fluid channels, manufactured by metal LPBF.
Material: Maraging Steel C300 (18Ni-300 / MS1)
A component for a rocket thruster manufactured by metal LPBF.
Material: Standard grey resin
An SLA mock-up made before final product manufacturing.
Material: Standard grey resin
An SLA enclosure designed to secure a circuit board.
Material: ABS
A part reverse-engineered from a physical product without drawings.
Material: PLA
A dinosaur-shaped pen holder manufactured by FDM.
Material: Standard grey resin
An SLA mooncake mold featuring the shape of the Korean Peninsula.
Material: Standard grey resin
A military dust cap manufactured by SLA. Images show the assembled and separated parts, including details of the threaded connection.
Material: Standard grey resin
A business card case inspired by a laptop design.
Material: ABS
An impact wrench holder designed in-house for workshop use and manufactured by FDM.
Material: PLA
An air conditioner remote holder designed in-house and manufactured by FDM.
CHOOSE YOUR NEXT STEP