مصنوعات کی تفصیلات
Product name: roller CAM turntable
Elijah CAM type CNC turntable, compared with the traditional wheel and rod type turntable, has more high precision, high speed, zero back backlash and heavy load of the work characteristics of the input shaft camber's constant speed drive surface and the output shaft turret of the needle roller bearing precompression rolling contact transmission, to achieve zero back backlash and higher speed of the turntable operation, because the rolling transmission is almost zero friction movement. The mechanism can maintain no back backlash transmission, high precision positioning, and does not need to be calibrated and adjusted regularly. Elijah CAM type CNC turntable, the output shaft uses large bearings set on the circular outer wall of the shaft, and the two ends of the CAM input shaft are set with double bearings, which more enhances the stability and negative cutting ability of the turntable, can better cope with the high speed and heavy cutting force during processing, improve the precision, efficiency and reduce the cost of machining the workpiece.
Elijah CAM type CNC turntable, compared with the traditional wheel and rod type turntable, has more high precision, high speed, zero back backlash and heavy load of the work characteristics of the input shaft camber's constant speed drive surface and the output shaft turret of the needle roller bearing precompression rolling contact transmission, to achieve zero back backlash and higher speed of the turntable operation, because the rolling transmission is almost zero friction movement. The mechanism can maintain no back backlash transmission, high precision positioning, and does not need to be calibrated and adjusted regularly. Elijah CAM type CNC turntable, the output shaft uses large bearings set on the circular outer wall of the shaft, and the two ends of the CAM input shaft are set with double bearings, which more enhances the stability and negative cutting ability of the turntable, can better cope with the high speed and heavy cutting force during processing, improve the precision, efficiency and reduce the cost of machining the workpiece.