Technology Summary
DMT®-Based LP-DED Core Technology
- Core Fundamental Technologies - Laser Application Control
- Powder Feeding Control
- Real-Time Feedback Control
- Layer height feedback
Maintaining dimensional precision without the accumulation of errors during the manufacturing process.
- Variable laser beam size and output power
Variable laser beam size and output power.
- Precision Powder Feeding Device
Ensures uniform deposition density and reproducibility through precise powder feeding control.
- Simultaneous Powder Feeding Control
Independent control of up to six powders enables multi-material and FGM implementation in a single process.
Mechanical, Laser, Optical, and Powder Feeding Module Design & Manufacturing Technology (LFM, PCM)
Sensing, Feedback, Toolpath Control, and Motion Control Software Technology (MiXO)
Core Platform of LP-DED 3D Printer
- DMT Module
- 6ch PCM Module
- 5-axis MiXO Program
- MX-Lab (Material Development)
Special Alloy Development
Development of FGM, HEA, MMC, and other special compositions, and development of new materials through composition control of a single component.
- MX-Fab (Commercial Production)
Component Repair Manufacturing
Repairing and restoring damaged components for continuous use and MRO applications.
- MX-Med (Medical Applications)
Manufacturing of Durability-Enhanced Components
Cladding durability-enhancing materials onto existing materials/components for use in extreme environments.
- MX-Custom (Customized Solutions)
Manufacturing of Complex-Shaped Components
Used for manufacturing complex-shaped components that are difficult to produce using conventional manufacturing technologies.
