Will the hole position be deviated when the automatic locking screw machine is positioned? In the current factory workshop we can see the automatic machinery and equipment in the operation, the use of automatic screw machine equipment can not only effectively improve production efficiency but also effectively save a lot of labor costs for enterprises, some customers will have such questions, in the use of automatic locking screw machine positioning will there be deviation? Or what is the range of deviations? The following Kunshan Rongyi Automation Xiaobian will briefly tell you.

Automatic lock screw machine for hole deviation requirements are about 0.02 ~ 0.05mm or less, because if the hole deviation is relatively large, the screw machine in the lock will appear lock crooked, lock not in place, lock deviation, and other uncertain situations, now most of the product process is basically fixed, change the process is unlikely, if the hole deviation is relatively large can not be improved, can only be on the visual positioning system. For general products, as long as the adjustment master can test it in advance, there will basically be no hole position deviation problem.

Of course, if some customers' products may need to add a vision system, you can locate the hole more quickly by taking pictures, but like this screw screw machine plus vision system, the equipment will be slightly more expensive than the ordinary screw screw machine. The visual positioning automatic locking screw machine can automatically correct the hole position lock, and at the same time, it can also monitor the online real-time torque, support scanning code start, and can be connected with the factory's MES system to facilitate the data management of the branch and headquarters.

Summary: At present, the screw machine equipment on the market will basically not have much deviation when positioning the hole, basically as long as the adjustment engineer is careful, for some products with high precision requirements, the vision system can be used for better positioning processing.