Multi Jet Fusion(MJF)

Stereolithography (SLA)

SLA provides abundant resin options, including standard rigid resin, flexible rubber-like resin, high-temperature resistant resin, transparent resin and castable wax resin for investment casting. The cured resin parts feature stable shape retention and excellent surface finish, which greatly reduces workload for polishing, sanding and other post-processing procedures. While most standard SLA resins are not suitable for long-term heavy load-bearing applications, they are ideal for appearance prototypes, aesthetic verification models and master patterns for silicone molding.

Materials: 8228 Resin,9600 Resin,8001 Resin,LEDO 6060 Resin,Grey Resin,Black Resin,CBY Resin,Imagine Black Resin

White Jet Process（WJP）

The core competitiveness of WJP lies in voxel-level full-color synchronous forming without secondary manual painting. It supports over one million color combinations, realizing seamless color gradients, local color differentiation and realistic texture restoration on a single component, which perfectly solves the color deviation and uneven coating troubles of post-spraying coloring. Meanwhile, the system can simultaneously deposit multiple resin materials in one printing cycle, including rigid ABS-like resin, flexible TPU-like resin, transparent resin, heat-resistant resin and medical biocompatible resin. Hardness, transparency and elasticity can be customized at different positions of the same model to achieve integrated multi-material one-step molding impossible for single-material 3D printing technologies。

Materials: Full-Color Resin (WJP)

Selective Laser Melting(SLM)

SLM greatly breaks through the limitations of conventional metal manufacturing, enabling integrated forming of hollow structures, lattice structures, lightweight frameworks and complex internal flow channels. It eliminates the need for expensive custom molds and reduces material waste significantly. This technology is widely applied in aerospace, automotive, medical implants, mold inserts, robotics and precision machinery, becoming the ideal solution for customized, high-performance small-batch metal production.

Materials: Titanium TC4 Metal,316L Stainless Steel,BJ-316L Stainless Steel

Binder Jetting(BJ)

Binder Jetting (BJ) is a room-temperature additive manufacturing technology that selectively deposits liquid binder onto thin layers of metal, ceramic or sand powder to bond particles into solid shapes. Unlike laser-based processes, it requires no high heat or melting during printing, resulting in almost zero thermal stress, warping or deformation. The surrounding loose powder acts as natural support, allowing the fabrication of complex overhangs, lattice structures, hollow cavities and integrated assemblies without additional support structures, greatly simplifying post-processing.

Materials: Titanium TC4 Metal,316L Stainless Steel,BJ-316L Stainless Steel

Fused Deposition Modeling（FDM）

Fused Deposition Modeling (FDM) extrudes continuously melted thermoplastic filament through a heated nozzle and deposits material layer upon layer to build physical parts. The equipment structure is simple and easy to operate, with low entry costs for both factories and individual designers. Additional support structures can be added for overhanging features, and leftover materials are easy to collect, replace and store without complicated powder recovery systems required by powder-bed 3D printing technologies.

Materials:ASA Plastic,PLA Plastic,ABS Plastic,PA12-CF Plastic,TPU Plastic