Used DISCO DFL 7020 #9166381 for sale

DISCO DFL 7020 is an automated scribing and dicing equipment designed to produce miniature parts with the utmost precision. It is a high-speed scribing and dicing system that is suitable for the automotive industry, electronics, telecommunications, and various other industries that require production of small parts. The unit includes a vision-assisted laser, a robotic scribing head with three axes, a decollimator for accuracy fine-tuning, and a pulsed laser for precision cutting of parts. The robotic scribing head has three axes of motion which gives it the capability to scribe any shape that can be programed into the machine. The head is mounted on an ergonomically designed trolley, allowing easy and intuitive operation of the laser. The precision of the scriber is further enhanced by the use of the decollimator, which enables fine-tuning of the laser's focus with repeatability and accuracy. The laser tool used in DISCO DFL7020 is designed for high-speed scribing and dicing of parts. The laser is an infrared, pulsed laser which generates a wide range of power levels and pulses. The pulses can be adjusted for increased cutting power while maintaining the same accuracy and speed. The laser is designed to produce parts with accuracy of 1 micron in dimension, at speeds of up to 18 m/Min. In order to perform a scribing/dicing operation, the user first programs DFL-7020 with the desired part shape and pattern. Data can be inputted either manually or via CAD/CAM software. Once the shape and pattern is programmed, the asset automatically aligns the laser for optimal precision and then starts the production process. The laser moves systematically along the required contours and creates the parts as per the programmed data. The parts can then be disengaged from the substrate material and prepared for further processing. DFL7020 is an advanced and efficient method of producing miniature parts with excellent precision. The model utilizes advanced technology to ensure quick and accurate results without operator intervention. It is also designed to be user-friendly in order to enhance the productivity and quality of parts produced.