modelDK7725DK7732DK7740DK7750DK7763DK7780DK77100Workbench size (mm)510*320630*360690*460900*5501040*650 980*1220 1180*1700Workbench stroke mm (XY)250*320320*400400*500400*630630*800800*10001000*1200Maximum wire rack height mm (adjustable)three hundredfour hundredfour hundredfive hundredsix hundredsix hundredsix hundredMaximum machining taper/ 80mm ≥ 6°& nbsp;/ 80mm ≥ 6° 6°－ 30° 6°－ 30° 6°－ 30° 6°－ 30° 6°－ 30°  

The birth of a machine, from the emergence of requirements, to having necessary design ideas, clarifying design requirements, starting from design, manufacturing, identification, to final equipment shaping, is a complex and meticulous process. For ease of understanding, the general process of mechanical design can be divided into six stages: firstly, clarifying design requirements; The second is to propose feasible solutions; Thirdly, finalize the overall design structure; The fourth is structural design calculation, verification, and evaluation; Fifth, trial production identification and verification functions; Sixth, equipment standardization and mass production.

1. The cam type intermittent motion mechanism consists of an active cam, a driven turntable, and a frame. There is a curved groove or ridge on the cylindrical surface of the active cam that is open at both ends and not closed, and there are evenly distributed cylindrical pins on the end face of the driven turntable. When the cam rotates, the curved groove or ridge moves the cylindrical pin on the driven disc, causing the driven disc to make intermittent motion.   & nbsp; & nbsp; 2. Belt transmission is a mechanical transmission that utilizes flexible belts tensioned on pulleys for motion or power transmission. According to different transmission principles, there are friction type belt drives that rely on the frictional force between the belt and pulley, as well as synchronous belt drives that rely on the meshing of teeth between the belt and pulley.