Current situation of CNC customized processing in automobile industry Some companies, such as Porsche, have turned to customised CNC machining to produce equipment for rare, limited vehicles or vehicles that may not be available to owners or shops.Traditionally, if one of the 52,000 different parts that make up Porsche's classic catalog was out of stock in the warehouse, specific tools were used to make more parts. Custom CNC machining is not available. This process is more cost effective than rebuilding a factory to produce specific parts, and each part can be ordered within hours or days, reducing the amount of warehouse space required. Porsche tested this movement with a CNC machined and custom Porsche 959's fully functional clutch release lever. The lever must pass the same tests as the original machined part, including a 3 ton pressure test.As part of the pilot program, the manufacturer plans to add 20 parts to its digital library and expand as needed. Custom car designs are limited to the average car owner. The driver can choose interior and exterior colors and accessories, but the make, model and appearance of the vehicle are the same as any other specific model on the road. Rolls-Royce is committed to building fully customised vehicles using CNC machining for budget buyers. This CNC machining customization skills are not technical. In fact, 30 to 40 percent of New Rolls-Royce drivers choose stock models from dealerships rather than ordering their own custom models. Giving you the option to create a custom vehicle, you can design everything from the frame and body to the internal entertainment console. That could expand the luxury car industry in ways that manufacturers never anticipated.

Time:2022-10-14~2022-10-28 The digital exhibition of industrial manufacturing and mechanical equipment will cover manufacturing and processing machinery, industrial equipment and components, instruments and meters, packaging and printing, tools and hardware; The main countries for investment attraction are mainly European and American markets, taking into account other markets Welcom to our website! Thank you

CNC Machining Parts,Milling, Turning,Brass, Aluminum Parts, Titanium Parts...... Apply to Optical semiconductor equipment parts, medical parts, aviation parts, telecommunication parts, industrial equipment parts, rail transit parts, energy industry parts, special industry parts etc.

1. The closing height is too low, the punch is too long to cut into the blade. Solution: Adjust the closing height to make the punch blade have a suitable length. 2. The punch edge is not sharp. Solution: re-grind the edge. 3. The scrap of the lower die blocks the knife edge, causing the punch to break. Solution: re-drill large blanking holes to make blanking smooth.

What's the processing specification of tungsten carbide die? The steel drawing die is a method of die manufacturing. According to the needs of the product design and processing, the product suitable for its own use is produced. So how are the specifications set for the product? (1) Dimensions and locking screws of tungsten carbide drawing die processing In the processing of tungsten carbide drawing molds, the size of the template should be larger than the working area, and the standard template size should be selected. The position of the template locking screwdriver is related to the type of mold and the size of the template. Among them, the single engineering mold is most often configured with locking screws at the four corners, and the most standard form of work area can be widely used. Long molds and continuous molds are most often placed at the four corners and in the middle using locking screws.

MoS₂ /PTFE Solid Film Lbricant 1,Product description: MoS₂ /PTFE Solid Film Lbricant with a high molecular weight binder system .this coating provides very good wear life, chemical resistance, good abrasion resistance and performs best in higher load carrying applications. 2,Features / Benefits • Very good wear life • Very good chemical resistance • Good abrasion resistance • Ideal for higher load carrying applications 3,Markets Typical Applications • Aerospace/Defense • Medical • Mechanical components • Industrial machinery & Equipment • Bearings, gears, splines and cams • Valve components

What are the advantages of tungsten steel processing? Tungsten steel processing is a semi-automatic lifting and lowering mechanism of the working table. It is convenient and fast to take the workpiece. Compared with the full manual operation of the traditional grinding machine, tungsten steel processing is convenient and fast, which improves the production efficiency and saves materials and manpower. What are the advantages of tungsten steel processing compared with traditional grinding machines? Below I will analyze with you to see whether tungsten steel processing is much better than traditional grinding machines, and whether the production efficiency of high tungsten steel processing operations is much higher. . First of all, the tungsten steel processing is a semi-automatic lifting and lowering mechanism of the workbench. It is convenient and fast to take the workpiece. Compared with the full manual operation of the traditional grinding machine, the tungsten steel processing is convenient and fast, which improves the production efficiency and saves materials and manpower. Secondly, the tungsten steel processing and high-precision disk repair machine make the flatness of the grinding disk up to ± 0.002mm to ensure the stability of batch processing of high-precision flat surfaces. Compared with the traditional grinding machine, tungsten steel processing can improve the stability of the grinding machine and save A lot of time for the company to achieve the highest interest. Finally, the processing of tungsten steel and the automatic atomizing spray of the grinding liquid make the grinding liquid more fully used, which reduces the cost of the grinding liquid compared with the traditional grinding machine, saves the cost of consumables and meets the requirements of environmental protection, so that the resources of the enterprise can be used. The biggest effect.

The different specifications of tungsten carbide punches required for different steps April 22, 2022 What are the latest processing advantages of tungsten carbide punches As the core component of stamping die work, the punch is to separate or plastically deform the material to obtain the required parts, which plays an important role in the matching operation of the stamping die. Punch is installed on the stamping die for continuous punching and punching operations, so that the processed materials are separated or plastically deformed, so as to obtain the required finished products or semi-finished products. In the cold stamping process, the stamping die processes the material into parts. Stamping is a pressure processing method that uses a die installed on a press to apply pressure to the material at room temperature to cause it to separate or plastically deform to obtain the required parts. It is

M35 cobalt-containing high speed steel is cheaper and easier to process. Through proper heat treatment, it can get high hardness (HRC67~70), high red hardness (625℃ for 4 hours,HRC63~65) and high wear resistance. Toughness and bending strength are not lower than ordinary high speed steel, which can overcome the early damage of die edge collapse and cracking. The main characteristics of M35 high speed steel are general cutting tool die steel containing CO, quenching hardness is 1200-1240C. The main uses are hob, broach, end milling cutter. Standard comparison: AISI-M2 JIS-SKH51 Factory state: spheroidizing annealing <225 Characteristics and application: this steel is high speed tungsten steel. It is suitable for manufacturing wear-resistant and impact-resistant tools, advanced punching dies, screw dies, tools requiring toughness and complex shapes, reamers, milling cutters, iron heads, punches, etc. Forging temperature :1100-900℃ Annealing temperature: Heate to 800-850℃, stay at this temperature for 2-4 hours, let it gradually cool in the furnace. Cooling medium: air cooling, oil, classification (550-580℃) Typical chemical composition (mass fraction, %): C 0.88~0.95, Mn≤0.40, Si≤0.40, Cr 3.80~4.50, Mo 4.75~5.20, V 1.75~2.00, W 6.00~7.00, P≤0.030, S≤0.030,