Quality appraisal of loader and unloader

Generally, a formal set of CNC machine tool loading and unloading robots includes a main body, a control system, a hand grip and a silo system, etc. The quality of the core components of these main bodies largely determines the quality of the CNC machine tool loading and unloading robot. CNC machine tool loading and unloading robot products also have advantages and disadvantages. The quality issues of loading and unloading machines have attracted much attention. Zhongke Testing provides quality appraisal services for loading and unloading machines.

loading and unloading machine quality appraisal can be analyzed from the following aspects:
operating stability: evaluate the operating stability and work smoothness of the loading and unloading machine, and check the performance of the motion trajectory, motion control and transmission system.
load capacity: Check the maximum load capacity and working range of the loading and unloading machine to ensure that it can meet the needs of material handling.
Operation convenience: Evaluate the friendliness and convenience of operation interface, including control system, human-machine interface and operation process, etc.
safety performance: Check the safety protection device and emergency shutdown device of the loading and unloading machine to ensure the safety of operators and equipment. The quality appraisal of
loading and unloading machine can be evaluated from aspects such as operational stability, load capacity, ease of operation and safety performance. Therefore, all factors need to be fully considered, and in practical applications, customized analysis needs to be conducted based on specific circumstances.

A certain manufacturer's new feeder rollers are not loosening smoothly, and the feeding error amount and direction are uncertain. In addition, the quality and processing technology of the finished product are difficult to guarantee, and the scrap rate is relatively high. The quality of the feeder is required to be appraised.
identification analysis: The rollers of the feeder were not well maintained and iron filings entered, causing the rollers to slip when the material was fed. In addition, the step distance of the feeder is set incorrectly and the industry is also defective, resulting in insufficient external air source pressure and affecting product quality.
appraisal conclusion: The feeding error is due to improper operation by personnel, and the high scrap rate is due to defects in the process design and needs to be readjusted.