1、 Before driving, pay attention to checking the position of the handle and whether the gripper is firmly gripping the workpiece.

2、 Check the cleanliness of the lubrication of the guide rail.

3、 Check if the signal lights and interlock devices are sensitive and reliable.

4、 Check whether the moving parts have entered the limit position and whether the screws are loosened before moving.

5、 When the workbench is not stationary, mechanical speed change is not allowed, but the stepless speed control part of feed motion and main motion can be adjusted as needed at any time.

6、 When lifting workpieces, the oil pump motor should be stopped first to avoid sudden oil pressure increase and damage to the feedback valve pressure gauge when the workpiece is lifted unevenly.

7、 Do not park the tool before it exits.

What are the three aspects around which the development of CNC lathes revolves?

In recent years, with the continuous development of technology, CNC lathes have developed around which three specific aspects? The editor has organized it for everyone. Let's take a look together:

(1) High speed, high precision, and composite processing have become the mainstream.

In the field of general machining, the common lathes and economical CNC lathes commonly used in the market at present will be gradually eliminated in the next 5-10 years, and will be replaced by wire rail machines with higher machining accuracy, higher spindle speed and faster speed, because their machining accuracy is IT7, and their spindle speed is low and their fast moving speed is low. This change has been achieved in the United States, Germany, Japan, South Korea and Taiwan, China, China. The next step will be gradually achieved in China, India and other developing countries.

(2) Online error detection and compensation functions are gradually becoming popular.

With the innovation and development of CNC system technology, Internet technology and sensor technology, we have the ability to realize online detection and compensation of workpieces on Fodor CNC lathe. In the actual machining process, the machining accuracy may be reduced due to the force and thermal deformation of machine tool components. Online detection and compensation technology will effectively solve this problem, and these technologies have begun to be popularized in general equipment.

(3) Intelligence, networking, and flexibility.

The development of the Internet provides infinite possibilities for the development of CNC lathes. With the popularization and maturity of the network, machine tools with Internet interfaces will become the leading role of the times. With the help of the network, the Internet of Things and intercommunication can be realized. Future machine tools can communicate with each other, realize real-time monitoring, real-time feedback, analyze and use machine position status, workpiece status and other data, and greatly improve production efficiency. Remote network manufacturing and customized manufacturing can also be realized by data, and industrial Internet can be realized.