
The LM-M280 is a 3D printer model offered by LIMU, designed for precision and efficiency in additive manufacturing. It targets professional and industrial users requiring high-quality prints.
The LM-M280 includes user-friendly interfaces and software integration for streamlined workflow. Recommended procedures emphasize calibration, material loading, and maintenance to ensure consistent performance.
The device adheres to relevant industry standards for safety and quality, ensuring reliable operation in professional environments.
While detailed tables or schematics were not provided, the essential parameters include build volume, material compatibility, and printing resolution, which define the printer's capabilities and limitations.
LM-M280 High-quality medium-sized metal additive manufacturing equipment ► WHY TH-M280? Advantages of square molding space The TH-M280 gives you design freedom with its 286 x 286 x 380 mm build volume. The optimized optical structure enables high-quality print results even in the corners of the substrate, without any disruptive screws on the substrate. Full-field cluster laser system With full-field (2 x 500 W, optionally 4 x 500 W), all lasers emit beams across the entire build volume, thus shortening the production time per part - the fully automatic alignment of the scanning fields with each other ensures excellent precision. Humanized operation Realize real-time powder adding operation under inert gas protection, and the volume of overflow powder cylinder and powder supply cylinder is larger. Suitable for batch production operation. TH3D control system TH3D control software can complete the entire control process from data to part processing and forming. Users can easily complete printing tasks by following the operating instructions.
Open the catalog to page 1Metal 3D printing technology can solve the problems of difficult and low yield in traditional titanium alloy processing, and effectively complete the batch 3D printing production of hinge shaft covers. The application of this technology has enabled titanium alloy to be widely used in the 3C industry, especially in the hinge parts of folding screen mobile phones. ► Technical Parameters Dimension Build Volume Laser Power Layer Thickness Scanning Speed Forming speed Oxygen Content Light spot diameter Protective gas Data format Complementary software Electrical consumption Applicable material Weight...
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