Used DISCO DFD 651 #9098373 for sale

DISCO DFD 651 is a scribing/dicing equipment developed by the Japanese company DISCO Corporation, which specializes in developing advanced cutting and grinding machines for the semiconductor industry. It is suitable for a wide range of applications, from microelectronics to medical devices. The system consists of a few main parts, such as a rigid frame, a feeder, a unique combined scribing/dicing tool, a precision motorized motor, and a control/measurement unit. The frame of the machine is very rigid, thanks to its steel frame construction, which ensures its stability during operation, thus enabling precise machining of even extremely thin materials. The tool is designed to be highly efficient and has a comparatively low price/performance ratio. Its feeder ensures a highly reliable, safe and economic transportation of workpieces through the asset. In addition, its unique patented, combined scribing/dicing tool design delivers a precise and uniform cut quality across a variety of materials. The model's precision motorized motor enables two-axis (X and Y) scribing/dicing spaces. Depending on the choice of motor, the equipment is capable of scribing/dicing speeds of up to 5 m / min and a maximum acceleration of 1 g. Additionally, the system enables an optional, additional axis (Z) of movement, allowing for 3D dicing capabilities. Finally, the control/measurement unit consists of CCD cameras, XY laser markers, and a two-stage temperature-controlled vacuum chucking machine. The CCD cameras enable the dimensional accuracy and cycle time of the tool to be optimized by real-time computer-aided design and measurement. On the other hand, the XY laser markers are used for high-precision alignment and the two-stage temperature-controlled vacuum chucking asset ensures a highly precise workpiece mounted securely to the cutting table. In conclusion, DISCO DFD651 scribing/dicing model offers a degree of productivity and precise machining that is second to none. It is therefore able to deliver precise and accurate cuts, which can be applied to a large range of materials. Additionally, its reliable transport, precise motor, and 3D capabilities ensure it creates consistently superior results.