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The steel parts for machining by Swiss are high-precision parts developed particularly for the demands of the automotive industry. Machining on the Swiss lathe guarantees high performance under conditions of intricate design and high tolerance specified for these spare parts. These spare parts are not only of high mechanical strength and long durability but also able to comply with the multi-requirement of modern automobile industry toward light weight and high strength. They find wide applications in many of its critical components, such as engines, chassis, and electronic systems.
1. High-precision machining: Swiss lathe technology can reach the level of microns in terms of accuracy to shape and size parts according to design standards.
2. High-quality steel: Opting for high-strength steel, in this case, gives the product excellent durability and resistance against compression, eventually suiting high-load mechanical uses.
3. Complicated geometry: Through a special processing approach, it can achieve parts with complex shapes, such as polygons and blind holes, to accommodate numerous complex design requirements.
4. Surface treatment: According to the needs of the customers, different surface treatments can be given to the product, such as zinc plating or spraying, to enhance the anti-corrosive effect and appearance.
1. Rapid production capacity: Swiss machining technology has a high level of automation, which can quickly produce a large number of high-precision parts and shorten the delivery cycle.
2. Flexible customization options: Provide customized services according to customers' specific needs, and realize various materials and surface treatment options.
3. Excellent mechanical properties: High-strength steel material ensures the durability of parts and is suitable for application in high-strength working environment.
4. Cost-effectiveness: Reduce material waste through precise machining, and reduce the overall manufacturing cost through rapid production cycle.
This kind of steel is widely used in:
1. Automobile engine: Manufacturing various important parts in the engine, such as piston, crankshaft and transmission shaft.
2. Automobile chassis: Excellent bearing capacity is suitable for the structural parts of the chassis to ensure the stability and safety of the automobile.
3. Electronic system: It is applied to the supporting system of automobile electronic components to ensure the reliability of electronic equipment.
4. Robots and automation equipment: It is suitable for the demand of robot moving parts in the production line and improves production efficiency.
The steel parts for machining by Swiss are high-precision parts developed particularly for the demands of the automotive industry. Machining on the Swiss lathe guarantees high performance under conditions of intricate design and high tolerance specified for these spare parts. These spare parts are not only of high mechanical strength and long durability but also able to comply with the multi-requirement of modern automobile industry toward light weight and high strength. They find wide applications in many of its critical components, such as engines, chassis, and electronic systems.
1. High-precision machining: Swiss lathe technology can reach the level of microns in terms of accuracy to shape and size parts according to design standards.
2. High-quality steel: Opting for high-strength steel, in this case, gives the product excellent durability and resistance against compression, eventually suiting high-load mechanical uses.
3. Complicated geometry: Through a special processing approach, it can achieve parts with complex shapes, such as polygons and blind holes, to accommodate numerous complex design requirements.
4. Surface treatment: According to the needs of the customers, different surface treatments can be given to the product, such as zinc plating or spraying, to enhance the anti-corrosive effect and appearance.
1. Rapid production capacity: Swiss machining technology has a high level of automation, which can quickly produce a large number of high-precision parts and shorten the delivery cycle.
2. Flexible customization options: Provide customized services according to customers' specific needs, and realize various materials and surface treatment options.
3. Excellent mechanical properties: High-strength steel material ensures the durability of parts and is suitable for application in high-strength working environment.
4. Cost-effectiveness: Reduce material waste through precise machining, and reduce the overall manufacturing cost through rapid production cycle.
This kind of steel is widely used in:
1. Automobile engine: Manufacturing various important parts in the engine, such as piston, crankshaft and transmission shaft.
2. Automobile chassis: Excellent bearing capacity is suitable for the structural parts of the chassis to ensure the stability and safety of the automobile.
3. Electronic system: It is applied to the supporting system of automobile electronic components to ensure the reliability of electronic equipment.
4. Robots and automation equipment: It is suitable for the demand of robot moving parts in the production line and improves production efficiency.
