CNC lathe operation, CNC lathe beginner tutorial

You're right. The chuck shell (axial) is not needed at all, so why hit it!!

The chuck surface (clamping surface) only needs to be metered when it is in contact with the workpiece, and if it is not good, it is OK to turn a knife.

It is necessary to make a table for the jaws, and if the workpiece runout requirements are strict, it is best to turn a knife every time the jaws are turned. When digging claws, pay attention to whether the sample block of the clamp (support) is round, and dig in vain if it is not round!

Spindle runout is generally fine. If there is, then it will have to be repaired.

1.Power on: Turn on the main power switch, turn on the power of the machine tool, and wait for the system to start;

3.Machine start: Single-action MDI program input M03 S600 EOB Insert (insert) program start handwheel reset;

4.Rough installation of workpiece;

5.Tool pairing: OFS sef pos display coordinates relative coordinates handwheel x-direction: touch the knife input x origin (clear) the other end of the knife count;

6.Ready for processing: machine tool: wired feed rate 0 fast magnification 0 prog program start display header computer transmission;

7.Processing.

Remarks: CNC lathe is a high-precision, high-efficiency automatic machine tool. Equipped with a multi-station turret or a driven turret, the machine tool has a wide range of processing performance, can process linear cylinders, oblique cylinders, arcs and a variety of threads, grooves, worms and other complex workpieces, with linear interpolation, arc interpolation various compensation functions, and in the mass production of complex parts play a good economic effect.

(1) Turn on the main power switch of the electrical cabinet of the machine tool, turn on the main power supply of the machine tool, the power indicator light will be on, and the cooling fan of the electrical cabinet will be started;

2) Press the [on] button on the machine tool operation panel to start the system power (press the [off] button when the machine is turned off) to power on the CNC system, and wait for the display to work and display the initial screen;

3) Release the [Emergency Stop] button (press the [Emergency Stop] button when the machine is turned off) to power on the servo system.

4) Shutdown is done in reverse order.

Put the working mode in the position of the [Return to Zero] button, the indicator light of the key is on, press the [+X] key, and the table will move to the reference point in a rapid feed mode. When the reference point is returned, the "X Zero" indicator lights up. Press the [+Z] key to return to the reference point in the Z direction.

2.MDI mode back to the reference point.

1) Select the mode of machine operation panel and select the [MDI] button;

2) Select the [prog] button of the program function of the CNC system panel;

3) Select the CNC panel to insert the [INSERT] button, and enter the command "G28 U0 W0";

4) Press the cysle start button to start the program back to zero.

Please click Enter a description.

The operation steps of the CNC lathe are as follows:

1. Start the machine tool and CNC system: turn on the power supply of the CNC lathe, and start the CNC system according to the operation steps on the machine tool manual. Wait for the system self-test and initialization to complete.

2. Load the program and set the workpiece coordinate system: use the relevant software to transmit the processing program to the CNC system. After confirming that the program is loaded successfully, the coordinate system of the workpiece is set, including determining the initial point, the origin of the workpiece and the reference point.

3. Perform automatic machining: select the automatic mode in the CNC system and start to execute the processing program. The CNC lathe will automatically perform the machining operation according to the path and parameters specified by the program. The operator needs to observe the process to make sure everything is working properly.

The development of CNC lathes is in the course of a fierce gear:

Since the advent of CNC lathes, it has undergone considerable development. With the advancement of science and technology and the continuous improvement of manufacturing technology, CNC lathes have achieved significant improvements in accuracy, efficiency and flexibility.

In terms of accuracy, the CNC lathe adopts a high-precision servo control system and a precise measuring device, which can achieve micron-level machining accuracy. At the same time, the advanced automatic compensation technology is applied, which effectively reduces the error caused by tool wear and machine tool deformation, and ensures the stability of machining quality.

In terms of efficiency, the CNC lathe adopts a high-speed spindle drive and a rapid feed system, which greatly shortens the machining cycle. Combined with optimized toolpath planning and efficient cutting data setting, the machining efficiency and production capacity are improved, and the machining cost is reduced.

CNC lathes have also made breakthroughs in flexibility and automation. Modern CNC systems support multi-axis control and complex curve machining, which can complete the machining of parts of various shapes. At the same time, CNC lathes are also combined with other intelligent equipment and automated production lines to achieve automated production and flexible manufacturing, and improve the flexibility and adaptability of production.

With the development of industrial Internet and artificial intelligence technology, CNC lathes are gradually developing in the direction of intelligence. Through the connection and data analysis with the cloud platform, equipment status monitoring, remote operation and intelligent optimization are realized. At the same time, with the help of machine learning and adaptive control algorithms, fault ** and autonomous adjustment are strengthened, which further improves production efficiency and quality stability.