Used GSI LUMONICS JK702 #133766 for sale

GSI LUMONICS JK702 is a highly advanced laser equipment that provides immense precision and accuracy for a wide range of materials processing applications. Designed for maximum performance, JK702 has a modulated beam profile, uniform energy output and allows for extremely accurate cutting and marking. GSI LUMONICS JK702 is a sealed CO2 laser, utilizing a carbon dioxide gas mixture to generate an infrared beam that is amplified to high power levels. Combined with its patented power delivery design, extremly rapid rise and fall times and constant beam width over the entire work area, JK702 provides unparalleled flexibility and precision. The laser's advanced beam control system includes sophisticated optics that redirect the beam in the desired direction, ensuring the beam shape is retained throughout its entire path. This provides a homogeneous spot shape with no heating effects, enabling cuts and intricate patterns with the highest of precision. The laser is also equipped with a programming and monitoring software; Laser Safety Monitor™, providing full control over the unit while offering enhanced safety control. The software also allows for multiple language preferences and remote access capability, allowing users to access and modify the machine wherever they may be. GSI LUMONICS JK702 is equipped with high-speed, high-precision galvo scanners and has a mains tool frequency of 50/60 Hz, providing high speed, highly precise and repeatable positioning within a maximum speed of 60 m/s. The peak power capabilities of JK702 range from 3 to 15 kW, depending on model and operating configurations, meaning this versatile unit is capable of performing on a wide range of materials, from plastics to metals. In conclusion, GSI LUMONICS JK702 is a highly advanced laser asset designed for unparalleled precision, accuracy and repeatability. With its powerful beam control model and high peak power capabilities, JK702 is an efficient and reliable laser equipment for a wide range of applications.