DISCO-DAD3241 is a high-performance automatic slicer suitable for high-capacity and high-precision cutting of various materials.
Main features and technical specifications High capacity: DAD3241 uses servo motors to drive the X, Y, and Z axes, increasing the axis speed and thus increasing capacity. Standard Y-axis grating scale improves runout accuracy. High precision: Through the non-contact height measurement (NCS) function, the measurement accuracy is improved and the measurement time is shortened, which is suitable for high-precision processing needs. Wide range of applications: Suitable for difficult-to-cut materials such as silicon wafers and ceramics, and can correspond to workpieces with a maximum diameter of 8 inches. Space-saving design: The machine width is only 650mm, suitable for compact working environments. Easy operation and maintenance: Equipped with a microscope lens shading plate and air blowing cleaning device to reduce maintenance frequency and improve equipment operation efficiency. Operation interface and function XIS system: The operation buttons are concentrated on the microscope page, which is easy to operate. Wafer Mapping: Graphically display the cutting progress status. Log Viewer: Displays simulation data in a graphical form and visualizes cutting parameters
DISCO-DAD3241 is a manual cutter for 8-inch workpieces with the following features:
High productivity: Servo motors are used for all X, Y, and Z axes, achieving high-speed axes and improved productivity.
High precision: The standard Y-axis grating scale improves step accuracy, and the new non-contact height measurement function improves measurement accuracy and shortens measurement time.
Wide applicability: Equipped with a high-torque 1.8 kW spindle, it is suitable for a wide range of difficult-to-cut materials from silicon to ceramics.
Space saving: With a width of only 650 mm, it is an ultra-small manual cutter suitable for workpieces with a diameter of 8 inches.
Convenient maintenance: A dedicated baffle for the microscope lens and an air blowing cleaning device are configured to reduce maintenance frequency and improve machine efficiency