Used DISCO DFL 7160 #9130109 for sale

DISCO DFL 7160 scribing / dicing equipment is a highly advanced sawing platform that combines sophisticated high-speed sawing and high-precision scribing technology to deliver superior cutting performance for both hard and ultra-thin materials. DISCO DFL7160 is capable of accurate cutting of precise angles, with a repeatability of 0.005 mm and a resolution of 0.01 mm. The system can handle both low and high-volume production requirements, with a wide variety of materials, from hardening steel and titanium alloy to ultra-thin plastic films. DFL-7160 is built on an enclosed foundation structure that ensures stability and reduce vibration for more precise cuts with minimal thrust movement. The sawing platform includes a fully servo-driven X-Y linear motor unit with multispeed control, featuring an overlap area of up to 500 × 500 mm and a maximum velocity of 0.48 m/s. The machine can also handle a wide variety of materials, such as PEEK and PTFE, with adjustable feed speeds of 0.00 m/min to 999.99 m/min. The scribing / dicing tool is equipped with an advanced auto-alignment asset and adjustable focus of 0.01 mm to ensure maximum accuracy. The model can also be equipped with an optional fluid jet equipment that allows for simultaneous water-jet cutting of conductive materials. The cutting pressure can be adjusted to 5kN or 10kN. DISCO DFL-7160 is equipped with an advanced electronic vision system to ensure superior cutting accuracy, which eliminates the need for manual adjustments. The unit includes an intuitive control panel for fine-tuning operation parameters such as cutting speed, cutting position, breakthrough resistance, focus, and thrust control. Additionally, the machine is easily integrated with other systems via Ethernet, RS232, and remote IOC (input-output control). DFL 7160 scribing / dicing tool is a robust solution for precision cutting needs. With its advanced features and wide range of adjustable parameters, it ensures superior cutting performance, higher productivity, and minimal material wastage - ideal for a wide variety of applications.