Views: 13 Author: Site Editor Publish Time: 2020-05-12 Origin: Site
There are several ways to divide the CNC machining process?
(1) Dividing the process according to the positioning method of parts mounting: the shape of each part is different, and the technical requirements of each surface are also different. Therefore, during processing, the positioning methods are different, so the processes can be divided according to different positioning methods;
(2) Dividing processes according to rough and finishing: When dividing processes according to factors such as machining accuracy, stiffness and deformation of parts, the processes can be divided according to the principle of rough and finishing separation, that is, roughing and finishing first. Can be processed with different machine tools or different tools;
(3) Dividing the process according to the tool used: In order to reduce the tool change time, compress the idle time, and reduce unnecessary positioning errors, you can process the parts according to the method of centralized tool processing, that is, use one tool as much as possible Machining the parts that may be processed, and then change another knife to process other parts.
Regarding custom sheet metal parts and enclosures, welding can solve a host of design challenges. There are many types of welding, such as spot welding, seam welding, fillet welding, plug welding, and position welding, to name a few. The process of welding lightweight sheet metal can be probl
I believe many people can tell the differences in physical forms between USB Type A, USB Type B, and USB Type C. Still, their functional differences may not be so apparent. This article will mainly share the advantages of the USB Type C connector compared to USB Type A and USB Type B. The 5 Advantag
By using the comprehensive cold working process, manufacturers can make a variety of components from thin sheets of metal. This process, called sheet metal fabrication, is versatile and includes steps such as splicing, shearing, and riveting. Sheet metal is typically no more than 6 mm thick and is a
The standard USB Type C connector contains 16 data transfer pins, 4 power pins, and 4 ground pins for 24 pins. Now with a power capability of up to 240 W, USB Type C is a viable option for many applications that require a lot of power and can replace the standard DC power connector even when data tr
USB Type-C connectors are small in size and fast in transfer rate. So it is very suitable for products that require a transmission rate. Because of the outstanding functional advantages of USB Type-C, it is widely used in smartphones, laptops, other electronic products, and digital products such as
Since the terminal Pin pins are the core of the Type-C connector, the transmission of data and the transmission of current depend on these terminals.This article will analyze the differences in the number of Type-C connector terminal pins; and the precautions for using the connector. Let's learn mor
Probably many people have some understanding of Type-C connectors. However, the Type-C connector soldering may be unfamiliar. The welding of the connector is as necessary as its use, maintenance, and repair.Proper soldering of Type-C connectors, product failure, and extending the product's life to o
The Type-C connector is different from the standard rectangular USB connector. It is smaller than Type-C and has a slim, round shape. If you purchase the appropriate adapter, you can connect a regular flash drive or another device through this connector. If you purchase the correct adapter, you can
