Metal Forming (TH-M280)

Product Introduction:

Independently developed process software optimizes scanning paths and shortens processing time;
Optional dual laser printing, significantly improving efficiency by about 70% compared to single laser printing;
Metal printing results in a density greater than 99.5% and mechanical property fluctuations less than 5%
The independently designed optical path system and excellent wind field design ensure high molding accuracy and molded part performance;
Optimization design of wind field structure ensures effective removal of smoke, dust, and splashes, resulting in uniform and consistent printing of full format parts;
During the printing process, device information is displayed in real-time, and an electronic print report is automatically generated after printing is completed. The process parameters can be traced;
The system automatically records detailed processing process logs, including layer quality, part temperature, cabin pressure, oxygen content, molding cylinder position, material cylinder position, powder spreading vehicle position, processing time, etc. during the part printing process;