It can be used to process square workpieces with a maximum side length of 250 mm (special option). The equipment is equipped with a spindle with an output power of 1.8 kW as standard, and a high-torque spindle (2.2 kW) is also available as a special option for users. The 2.2 kW spindle can be equipped with a Ø5-inch cutting blade, which can cut silicon (silicon) or Difficult-to-machine materials for cutting. In addition, as a special option, an alignment function suitable for multi-work objects has been added.
By increasing the moving speed of each axis, the production efficiency is improved.
DAD3350 is equipped with a touch-screen liquid crystal display and a graphical user interface GUI (Graphical User Interface) as standard, which improves the convenience of operation. Moreover, the processing status of the equipment and various mechanical operating states can be displayed synchronously on the control screen, and the operator can simply complete the operation by touching the graphical buttons on the control screen. In addition, considering compatibility with older models in design, DAD3350 has a lot in common with the original 300/500 series in terms of operation methods.
The high rigidity portal structure is adopted, and in order to suppress the influence of thermal expansion and vibration, the position of the support point of the main shaft is changed, and the support point is moved to the front of the main shaft, which effectively improves the processing stability.
Equipped with advanced image recognition systems such as automatic calibration, automatic focus, automatic inspection of tool mark width, etc., the production efficiency is improved. In order to prevent dirt such as dust from contaminating the microscope lens, a jet air curtain and a special baffle for the lens are newly added. In addition, a low-magnification microscope suitable for coarse focus adjustment is also available as a special option. Through the processing condition display screen, the processing status of the workpiece and various operating states of the equipment can be monitored synchronously. The cutting water flow control function is added, and the cutting water flow can be monitored through the control screen.