SLS 3D Printing, a powder bed fusion method utilizing genuine thermoplastic (Nylon PA12) materials, ideal for creating end-use parts. Our in-house EOS selective laser sintering machine ensures the production of resilient, heat-resistant, and consistently precise items.

SLA technology solidifies resin materials via exposure to UV light accomplishing layer-by-layer construction. One of the biggest advantages is exceptional dimensional accuracy and the capacity to produce intricate details on a small scale.

FDM operates by extruding molten material through a print nozzle, enabling layer-by-layer hardening to create robust components from industrial-grade thermoplastics. Typically used for large, simple parts and validating preliminary design concepts.

DMLS is an advanced additive manufacturing process that uses a high-powered laser to selectively melt and fuse metal powder particles layer by layer, producing intricate, high-strength metal parts with exceptional precision and material integrity.

VC is a versatile manufacturing technique used to create high-quality, small-batch production of intricate parts by utilizing silicone molds. This process involves pouring casting material into a mold placed within a vacuum chamber, ensuring minimal voids and superior surface finish.

Injection Moulding is a common manufacturing method that involves pushing the molten material into a mold cavity under high pressure, allowing it to cool and solidify, and generating accurate and complicated pieces as a result.