1) From balance detection, precise positioning to intelligent correction, it is fully automatic and no manual correction is required;
2) The equipment is simple and flexible to operate, and you can start working after one hour of training;
3) The cycle is fast, and detection, correction and retesting can be completed in15 seconds, which improves work efficiency;
4) The equipment has strong compatibility, simple changeover structure, fast speed, suitable for small batch and multi-variety quick change, そして高効率;
5) It can be equipped with a separate automatic assembly line;
6) P-type milling cutter is used, sweeping milling along the outer cylindrical surface, and vertical double-sided deweighting;
7) Soft support high-precision measurement system, high measurement data accuracy and good repeatability;
8) 完全に独立した知的財産権, 特殊製品は高度にカスタマイズされたソリューションをサポートできます;
The Five-station Automatic Balancing Machine For External Rotor has the characteristics of strong compatibility, fast cycle, high measurement accuracy, 等. It realizes fully automatic detection, 正確なポジショニング, intelligent correction, and no manual correction is required. It is widely used in: consumer electronics, household appliances, industrial fans and other application fields that require external rotors.
Tooling change:
The equipment has a changeover function, which can quickly change the shape of rotors of different diameters. その中で, matching tooling needs to be made according to the rotor diameter, and all of them need to be replaced when changing the shape. The tooling parts include the robot claw clamp, the fixture table claw, and the standby support.
The time required for a rotor changeover is about 20 議事録, which is related to the proficiency of the changeover and the differences between the rotors.
Working rhythm:
The average machine cycle is less than or equal to 20 お代わり (depending on the rotor size, cutting material, and initial quantity, it will vary and needs to be evaluated specifically for the rotor)
あるccuracy:
Repeatability: ≤10mg, depending on the performance of the rotor