Features | |
Dimensions: | 55x55x80 mm3 |
Light source: | 300 W |
Layer Thickness: | 20~60μm |
Forming motion part
Print viewing window
Operation display
Warning three-color light
Laser part
Powder collecting part
Desktop-size (55×55×80cm), lightweight (150kg), plug-and-play setup—ideal for space-limited dental labs.
Supports 20–60μm layer thickness with ±50μm accuracy, enabling fine printing of crowns, bridges, and implant guides.
All-in-one powder and filtration system with touch-screen control and modular design—easy for one technician to operate.
Works with Co-Cr, stainless steel, and titanium alloys—ensuring biocompatibility for various dental applications
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Explore applications for 3D printing across a range of industries
Material:TC4
Material:TC4
Material:TC4
Material:TC4
Dimension | 55x55x80 mm³ (Length, Width, Height) |
Scanning Speed | 7 m/s |
Light source | 300W |
Powder Layering Thickness | 20μm-60μm |
Chamber Oxygen Level | ≤100ppm |
Protective Gas | Nitrogen/Argon |
Data Format | STL or other Convertible File |
Complementary software | TH-3Dprint |
Weight | 150kg |
Metal 3D Printing is a cutting-edge additive manufacturing technology that builds fully dense metal parts directly from digital designs. Using high-precision lasers to selectively melt fine metal powders layer by layer, it enables unparalleled design freedom, exceptional detail, and performance-grade strength.
Our R&D team is dedicated to improving printing accuracy and production efficiency through precise laser parameter control,
temperature management, and material parameter adjustments
Our engineers will help select the best-fit solution based on your part complexity, material, and production needs.
807×607×900 mm build size with 4/6/8 laser options. High efficiency and precision for aerospace, molds, and automotive parts.
286×286×450 mm build size with single or dual-laser options. Supports titanium, aluminum, nickel alloys, and more—perfect for aerospace and tooling applications.
Small-format design for rapid prototyping with industrial-grade metals. Supports one-button printing and remote control—ideal for research and product development.
406×206×230 mm build area with 20 μm resolution. Captures fine sole textures and logos. Optimized powder system for stable shoe mold production.
Linmu3D Limited 2025