The manufacture of roll forming machine greatly simplifies the production process and improves production efficiency. It is possible to produce a cold-formed steel which is difficult to produce by a general hot rolling method. However, the use of roll forming machine must also pay attention to daily maintenance and maintenance. Let’s take a look at how to carry out daily maintenance and maintenance of roll forming machine:
1. Operate in strict accordance with the operating procedures.
2. Before starting the machine, press the lubrication chart to check the timing, fixed point and quantitative lubrication. The oil should be clean and free of sediment.
3, roll forming machine must always keep clean, unpainted part of the anti-rust grease.
4. Lubricating oil in the motor bearing should be replaced regularly, and often check whether the electrical part is working safely and reliably.
5. Regularly check whether the V-belt, handle, knob and button of the roll forming machine are damaged. If the wear is serious, it should be replaced in time, and the spare parts should be replenished.
6. Regularly check the repair switch, insurance, and handle to ensure reliable operation.
The roll forming machine adopts the cold-formed thin-walled steel structure, which is generally more than one pickling rust or pickling phosphating treatment process. When the two channel steels are welded into a square tube, the welding amount is larger. The connection is mostly top-connected, so the accuracy of the blanking is slightly higher. In the past, people were worried that the wall thickness of the cold-formed thin-walled steel members was thin, and the straightening of the materials was not easy, but the straightening process ratio was proved by practice. Ordinary steel structure is also easy to master. Two methods are used to straighten the straightener and hammer with a hammer on the platform: the former is easy to adjust and the quality can be guaranteed.
The strip is fed from the tail of the C-shaped steel machine and pressed through various rolls to form a C-shaped steel machine to be sent out from the head. In the traditional process, the C-shaped steel needs to be manually cut and cut after being pressed and formed, and then transported to the punching equipment to punch holes according to the size required by the customer, the production cannot be continuous, and the efficiency is not high. After gradually improving the production process, the automatic control of the whole process was finally realized, the production efficiency was greatly improved, and the technical content and added value of the customer’s roll forming machine were increased. C-shaped steels are highly efficient economical profiles. Due to the reasonable cross-sectional shape, they enable steel to perform at a higher level and improve the ability to undertake cutting.
