Used DISCO DAD 522 #9412036 for sale

DISCO DAD 522 is an automated scribing and dicing equipment manufactured by KARMA Engineering. It is designed for use in the production of intricate and complex parts used in the electronics and aerospace industries. The system is capable of producing high-precision parts with extremely tight tolerances and is highly efficient. The unit utilizes two laser sources for scribing and dicing operations. The first laser is used for scribing operations and operates at wavelengths of either 500nm or 488nm, with a wavelength accuracy of 0.001nm. The power output of this laser is up to 40W. The second laser is used for dicing operations and operates at a wavelength of 1064 nm, with a power output of up to 120W. These lasers are mounted on the same machine, and can be controlled independently or together to achieve different cutting results. The machine is equipped with an advanced servo-control tool allowing for precise and accurate positioning of the asset over the material being worked. This allows for extremely precise cuts in tight tolerance parts. The machine also employs digital absolute linear encoders to ensure accurate positioning of the laser. DISCO DAD522 is capable of handling material up to 15mm thick. The materials compatible with the machine include aluminum, stainless steel, copper, brass and other commonly used metals. The model is capable of working with parts up to 600mm wide and 600mm long at a maximum speed of 33.8 cm/s. In addition, the machine is equipped with safety sensors and alarms to ensure proper operation and safety conditions. Overall, DAD 522 is an extremely efficient and precise equipment capable of handling complex and intricate parts used in the electronics and aerospace industries. The advanced servo-control and laser systems ensure precise results on tight tolerance parts and the system is capable of cutting material up to 15mm thick. The safety sensors and alarms ensure proper safety conditions and the digital absolute linear encoders also ensure precise positioning of the laser.