CLAMIR
2Pages

Closed-loop laser power control system for Cladding and Laser Metal Deposition processes / Direct Energy Deposition (DED). Continuous monitoring measuring the melt pool geometry. IMAGEN CLAMIR Ensures quality and repeability. Compatible with most of laser heads and powders. Easy mechanical integration. Quick configuration. Helps to reduce C02 emissions CLAMIR: LMD/DED processes Continuous control of the laser avoids overheating of the part under process and allows a continuous and high quality manufacturing process. NO CONTROL Constant laser power causes overheating and lack of adherence to the base material. CLAMIR ON Laser power is controlled in close-loop mode in real time using the infrared image of the melt pool. Use of CLAMIR Reduces rates of defective parts, material reduction cost up to 60% and saves 50% more energy than uncontrolled processes. CLAMIR: Cladding processes Reduces damage to the base material due to excess of laser power application (average reduction of dilution: >40%) Allows continuous processing increasing productivity. Water block with inlet/outlet connectors Lens with locking counterthread C-mount thread GigE connector Multiple optical configurations Fondo Europeo de Desarrollo Regional CLAMIR | Laser power control system for Cladding and LMD processes. www.clamir.com | nitsales@niteurope.com Una manera de hacer Europa UNIÓN EUROPEA

MAIN SPECIFICATIONS SYSTEM OPERATION Continuous melt pool measurement Tracks Continuous Melt pool width Laser power Infrared image Laser status On-axis optical system monitoring melt pool geometry Process compatibility Accurate closed-loop control of the laser power MECHANICAL Configuration S/W friendly user interface Laser head optical path needs IR transmission ( > 1.1 um ) Compact system – Embedded IR camera, processor and control Integration in the laser head using an existing optical port Sensor head with embedded real-time processing electronics and connectors Imaging lens Software...