Used DISCO DFD 6340 #293623026 for sale

DISCO DFD 6340 is a scribing / dicing equipment, designed for use in medical device and biotechnology applications. It is designed for both high-precision cutting and for scribing localized tissue for improved biopsy accuracy. The system combines advanced image recognition functionality with an efficient cutting mechanism to maximize both accuracy and speed. The cutting tool used in DISCO DFD6340 is a diamond wafer mounted onto a high-precision XY motion platform. The motion is driven by precision stepper motors, making it possible to achieve an unprecedented level of accuracy. The cutting mechanism includes two adjustable cutting speed and force settings, giving the user the ability to customize the cutting process to suit the material in question. The image recognition unit makes it possible to precisely target and remove tissue using the diamond wafer mounted onto the cutting platform. This machine is enabled by a camera and light intensity sensor, which allows DFD 6340 to automatically detect and mark the exact locations for cuts and scribes. Due to its advanced imaging capabilities, DFD6340 is capable of accurately recognizing anatomical features and tissue types, allowing for much more accurate results than other common methods. Once the location is marked on the target, the diamond wafer is positioned and precision motion is made across the tissue surface. This motion is operated in two dimensions, creating a scribe-like cutting pattern. The diamond wafer is then raised and repositioned, allowing for efficient and precise cutting of the tissue. The precision of DISCO DFD 6340 is such that it can achieve cutting forces in the range of only 0.1 to 5 grams and cutting speeds of up to 5,000 cuts per second. The features of DISCO DFD6340 make it an excellent choice for medical device and biotechnology applications. Its advanced imaging capabilities, combined with its highly accurate and speedy cutting mechanism, give users the ability to quickly and accurately cut or scribe localized tissue for improved biopsy accuracy.