SLA 3D Printing Technology - Surface Treatment
Stereolithography (SLA) technology uses a light source to cure liquid resin layer by layer. Through UV laser irradiation of photosensitive resin, the resin cures according to the set cross-sectional profile, building up layer by layer to form a 3D solid.
This technology achieves high-precision printing with outstanding performance for complex and detailed models and product prototypes. Printing accuracy reaches ±0.1mm, with high surface finish quality to meet demanding client requirements.
SLA Printing Materials
SLA Surface Treatments
SLS 3D Printing Technology - Surface Treatment
Selective Laser Sintering (SLS) technology uses high-power lasers to heat and melt the binder in powder to connect particles, enabling 3D solid part printing. Fast printing speed - some processes can be up to 1000x faster than traditional laser metal 3D printing; high precision with support for complex interconnected designs; wide material selection including various industrial-grade materials, especially nylon with excellent mechanical properties; no support structures needed as powder material provides natural support during printing.
SLS Printing Materials
SLS Surface Treatments
SLM 3D Printing Technology - Surface Treatment
Selective Laser Melting (SLM) technology focuses on high-precision forming of metal materials. Through high energy density laser beams, metal powder is completely melted and deposited layer by layer to directly manufacture metal parts of almost any shape with full metallurgical bonding.
It can manufacture complex metal structural parts with near 100% density and excellent mechanical properties, meeting strict requirements for metal components in aerospace, automotive manufacturing and other high-end fields.
SLM Printing Materials
SLM Surface Treatments
