3D Printing Services

Solidifying and hardening thin layers of a photosensitive resin, Stereolithography (SLA) enables the direct production of components from 3D CAD data.

Multi Jet Fusion  rapidly construct functional plastic parts by fusing powdered Nylon thermoplastic material layer by layer, setting new records for speed and efficiency.

The cast urethane process utilizes silicone molds to produce low-volume production plastic parts, making it perfect for functional molded components.

Selective Laser Sintering (SLS) employs advanced CO2 laser technology to fuse thermoplastics, resulting in durable and intricately designed components.

Utilizing liquid photopolymers deposited layer by layer and cured with UV light, PolyJet is an additive process that achieves exceptional precision and detail.

CNC machining subtractively manufactures parts by precisely cutting material using computer-controlled cutters, transforming blocks or sheets of stock material.

Transforming flat metal blanks into end-use parts, our cutting-edge manufacturing process combines water jet or laser cutting with precise tooling and forming techniques.

FDM is a cutting-edge additive manufacturing technique that constructs parts by precisely melting and extruding thermoplastic filament through a nozzle, layer by layer.

DMLS achieves exceptional precision by micro-welding powdered metals and alloys, resulting in fully functional metal components of the highest quality.

Injection Molding employs molten thermoplastics injected under pressure into a durable mold, enabling high-volume production of thousands of precise parts.