How to improve the quality and efficiency of five axis machining

Five axis machining has many benefits, such as being simpler in rotation settings and having a smooth processing program. Currently, integrated machining can be formed through multiple devices, which not only improves the universality of the equipment but also improves work efficiency, while ensuring the consistency of the machine tool's working level.

 

The following is an explanation:

1、 Continuous operation of daily maintenance
The efficiency of five axis machining of workpieces is extremely high with guaranteed quality. In case of minor faults, it is also necessary to stop the machine for inspection. Some medium to large faults often require the guidance of the manufacturer's staff to solve them. Therefore, it is important to pay attention to the maintenance of the processing equipment in daily life, reduce the probability of damage to the enterprise's machinery and equipment, and ensure stable daily operation. This is an important way to improve processing efficiency. A dedicated person in charge can be set up for maintenance of the processing equipment.

2、 Avoiding operational errors
Although the requirements for workers in five axis machining are low, and even unmanned operations can be achieved, supervision is still necessary during the five axis machining process. At the same time, it is important to remember operational errors in automation control. Operational errors not only affect work efficiency but also lead to workpiece scrapping, and even affect the quality of batch products. Especially for workpieces with high universality requirements, only by avoiding operational errors can processing efficiency be improved.

3、 Regularly replace worn parts
Five axis machining with good quality and good service has strong external resistance to pressure and acid alkali corrosion. Some internal consuming parts need to be replaced regularly, and the interconnectivity of consuming parts is strong. They can affect processing efficiency and quality. However, in the initial stage, their impact on the parts is small, and it is difficult to detect with naked eyes that their impact may be ignored. Therefore, it is necessary to keep maintenance records of the worn parts and replace them regularly according to the actual working frequency.

If we can pay attention to the above three points, we can increase the production capacity of five axis machining and reduce its production costs. To increase processing efficiency, enterprises should choose professional processing machinery and equipment according to actual working conditions. At the same time, batch tasks should have a well-defined task cycle, and the task situation should be planned in advance to avoid disorderly processing affecting the construction period and processing efficiency.