Used TRUMPF TruDisk 1000 #9307466 for sale

TRUMPF TruDisk 1000 is a high power industrial disk laser equipment designed for welding, cutting, and other laser processing of durable materials. It is capable of generating up to 1 kW of power and a maximum pulse energy of 1.17 megajoules, significantly higher than many other disk laser systems. It also has a large beam diameter, which helps to reduce the amount of distortion when working with larger materials. TruDisk 1000 is capable of operating with both single-mode and multimode beams, allowing for a versatile range of applications. It is also equipped with TRUMPF ClearWeld technology for improved weld quality. TRUMPF TruDisk 1000 is made of a solid-state, passively cooled optical cavity, providing a long service life and requiring minimal maintenance. It has a compact design, allowing for easy integration into existing systems. In addition, it is capable of tracking both stationary and moving targets, making it ideal for non-contact laser processing. TruDisk 1000 also uses TRUMPF Direct Diode Technology, allowing for a wide range of laser parameters to be adjusted quickly and easily. TRUMPF TruDisk 1000 has an easy-to-use interface that allows for efficient operation with minimal downtime. It also features an automatic error detection system and an intelligent Monitoring Help unit for optimal serviceability. It is also equipped with a graphical controller, allowing for improved process control. Finally, TruDisk 1000 is capable of performing both continuous and pulsed operation, allowing for maximum flexibility in operation. TRUMPF TruDisk 1000 is an ideal choice for those looking for a durable, reliable laser machine that offers a wide range of processing capabilities. Its high power output, large beam diameter, and ability to operate with both single and multiple beam sources make it a versatile solution for virtually any laser processing application. Its robust design, automatic error detection, and intuitive interface make it a great choice for those introducing laser processing into their production.