Views: 9 Author: Site Editor Publish Time: 2020-05-12 Origin: Site
1. Before processing each program, it is necessary to strictly confirm whether the tool is consistent with the program.
2. When installing the tool, make sure that the length of the tool and the selected cutter head are appropriate.
3. It is forbidden to open the door during the operation of the machine to avoid flying knife or flying workpiece.
4. During the machining process, the operator must stop immediately if it finds the collision of the knife, such as pressing the "emergency stop" button or "reset key" button or adjusting the "feed rate" to zero.
5. In the same work piece, each time the tool needs to be kept in the same area, to ensure the accuracy of the CNC machining center operation rules when the tool is connected to the tool.
6. If it is found that there is too much machining allowance during the processing, you must use "single segment" or "pause" to clear the X, Y, Z values after manual milling and then shake it back to "zero" to let it go run.
7. Operators are not allowed to leave the machine or check the running status of the machine regularly during self-operation. If you need to leave halfway, you must appoint relevant personnel to check.
8. Clean the aluminum slag in the machine tool before spraying oil to prevent the aluminum slag from absorbing oil.
9. Use air blow as much as possible in the roughing program, and spray oil in the light knife program.
10. After the workpiece is off the machine, it should be cleaned and deburred in time.
11. When leaving work, the operator must make a timely and accurate handover to ensure that the subsequent processing can be carried out normally.
12. Make sure the tool magazine is in the original position before turning off, and the XYZ axis stops at the center position, turn off the power supply and the total power supply on the machine tool operation panel in turn.
13. When encountering thunderstorm weather, you must cut off the power immediately to stop working.
Many machine parts that are important for repair and replacement are the product of metal fabrication. The importance of metal fabrication in manufacturing and industry cannot be overstated. This process plays an essential role in manufacturing and is often the foundation and support for sheet metal
USB connectors were introduced in the mid-1990s and have since evolved in size, shape, and data and power transfer capabilities. Today, the latest physical standard is Type C. In addition to greater bandwidth and bi-directionality, and reversibility, this latest iteration is capable of significantly
Many people refer to welding and metal fabrication as if they were two different words for the same process. While both processes require the use of metal, the terms are not interchangeable. Metal fabrication can be described as the process of making a product from metal. Welding is usually a part o
Due to its reversible design and wide range of features, the USB Type C connector has become the most favored interface for electronic devices in recent years. You can use one USB-C cable for all your different devices without worrying about plugging it correctly. Since USB Type C is so popular, wha
Soldering and welding are terms that are often mentioned in sheet metal fabrication and are often used interchangeably. It can be confusing, and there may be a number of you who can't tell the difference between soldering and welding when they are two different techniques with different applications
Electronic devices have filled all aspects of our lives with the development of technology and techniques. They have become an inseparable part of our daily lives. Therefore, electronic devices are often encountered in our daily lives and various disasters, such as spills or even when dropped into t
Sheet metal is a variety of parts made from thin metal sheets through the sheet metal fabrication process. The standard sheet metal thickness is generally between 0.5 and 6 mm. Still, for some applications, we may want the sheet metal to be as thin as possible, so you may wonder how thin can you get
As with any technology, monitor ports are constantly evolving to improve image quality and power efficiency. Not only can they carry increasingly complex data, but they can also charge and power the connected devices. Technology is evolving every day. New and improved devices, formats, and media typ
