CNC Spinning Machine for Automobile Wheel Hubs is a CNC spinning machine specially used for manufacturing automobile wheels. It processes metal sheets into high-strength and high-precision automobile wheels through precise spinning process. This equipment combines CNC technology and spinning process, and can efficiently and accurately complete the manufacturing of wheels.
1. High Precision
CNC Spinning Machine for Automobile Wheel Hubs adopts advanced CNC system, which can achieve micron-level processing accuracy and ensure the consistency of wheel size and shape.
2. High Efficiency
Through the automated control system, CNC Spinning Machine for Automobile Wheel Hubs can quickly complete the spinning process of the wheel hub, greatly improving production efficiency.
3. High Strength
The spinning process makes the grain structure of the metal material more compact, thereby improving the strength and durability of the wheel hub.
4. Flexibility
CNC Spinning Machine for Automobile Wheel Hubs can flexibly adjust the processing parameters according to different wheel hub designs to meet the production needs of multiple varieties and small batches.
5. Environmental Protection
Compared with the traditional casting process, the spinning process produces less waste and is more environmentally friendly.
1. Spinning Process
The spinning process is the core technology of CNC Spinning Machine for Automobile Wheel Hubs. It fixes the metal sheet on the mold and uses the spinning head to apply pressure to gradually shape it. The spinning process can be divided into forward spinning and reverse spinning, which are suitable for different wheel hub designs.
2. CNC system
The CNC system of CNC Spinning Machine for Automobile Wheel Hubs is the guarantee of its efficient and precise processing. The CNC system controls the motion trajectory, speed and pressure of the spinning head through pre-programming to ensure the quality of each wheel hub.
3. Mold design
Mold design is the key to the spinning process. The shape and size of the mold directly affect the final forming of the wheel hub. The mold of CNC Spinning Machine for Automobile Wheel Hubs usually uses high-strength alloy steel, which has the characteristics of wear resistance and high temperature resistance.
4. Material selection
Common wheel hub materials include aluminum alloy, magnesium alloy and titanium alloy. CNC Spinning Machine for Automobile Wheel Hubs can adjust the processing parameters according to different material properties to ensure the performance and quality of the wheel hub.
1. Automobile manufacturing industry
CNC Spinning Machine for Automobile Wheel Hubs is widely used in the manufacture of automobile wheels. Whether it is a passenger car, commercial vehicle or racing car, high-precision and high-strength wheels are the key to improving vehicle performance and safety.
2. Aerospace
In the field of aerospace, CNC Spinning Machine for Automobile Wheel Hubs is also used to manufacture aircraft wheels. Aircraft wheels have extremely high requirements for strength and precision, and the spinning process can meet these stringent requirements.
3. Rail transit
CNC Spinning Machine for Automobile Wheel Hubs is also used in the wheel manufacturing of rail transit vehicles. This equipment can efficiently complete the spinning process of the wheel to ensure the safe operation of the train.
4. Military equipment
In the manufacture of military equipment, CNC Spinning Machine for Automobile Wheel Hubs is used to manufacture wheels for armored vehicles and tanks. High-strength and high-precision wheels can improve the mobility and stability of military equipment.
1. Regular cleaning
CNC Spinning Machine for Automobile Wheel Hubs will produce metal chips and oil during use. Regular cleaning of the equipment can prevent these impurities from affecting the normal operation of the equipment.
2. Lubrication and maintenance
The moving parts of the equipment need to be lubricated regularly to reduce wear and friction. Use appropriate lubricating oil or grease and perform lubrication maintenance in accordance with the requirements of the equipment manual.
3. Check the electrical system
The electrical system of CNC Spinning Machine for Automobile Wheel Hubs is the key to the normal operation of the equipment. Regularly check the electrical circuits, switches and sensors to ensure the stability and safety of the electrical system.
4. Mold maintenance
The mold is the core component of the spinning process. Regularly check the wear of the mold and replace or repair the mold with severe wear in time to ensure the processing quality of the wheel hub.
5. Calibration accuracy
The accuracy of CNC Spinning Machine for Automobile Wheel Hubs will decrease with the increase of usage time. Regularly calibrate the processing accuracy of the equipment to ensure that the size and shape of the wheel hub meet the requirements.
6. Software Update
The software of the CNC system needs to be updated regularly to fix possible vulnerabilities and improve the performance of the equipment. Timely software updates can ensure the normal operation and efficient production of the equipment.
1. Advanced CNC system
- High-end CNC technology is used to achieve precise motion control and parameter adjustment. You can easily set various spinning and flanging process parameters through programming to meet the processing requirements of disc heads of different specifications.
- Friendly human-machine interface, simple and convenient operation, even operators without rich experience can quickly get started.
- Powerful programming function, can adapt to the processing of complex-shaped heads and improve the versatility of the equipment.
2. Efficient spinning and flanging mechanism
- Equipped with high-power motors and high-precision transmission systems to ensure strong power and stable operation during the spinning and flanging process. It can efficiently process metal sheets of various thicknesses and produce disc heads with uniform wall thickness and regular shape.
- Unique spinning and flanging mold design can be customized according to the size and shape of the head to ensure processing accuracy and surface quality.
- High-quality materials and advanced manufacturing processes are selected to improve the durability and reliability of the spinning and flanging mechanism.
3. High degree of automation
- The whole process of automatic loading, spinning and flanging processing and unloading is realized, which greatly improves production efficiency and reduces the labor intensity and error of manual operation.
- Equipped with automatic detection system, real-time monitoring of various parameters in the processing process, such as pressure, temperature, size, etc., to ensure the stability of product quality.
- It has the function of self-diagnosis of faults, which can timely discover and solve equipment failures and improve the reliability of equipment.
4. High-precision processing
- Use high-precision sensors and control systems to ensure the dimensional accuracy and shape accuracy of the dished head. The processing accuracy can reach ±0.05mm, which meets the needs of the high-end market.
- Equipped with a precise positioning system to ensure the consistency of the processing accuracy of each part of the head and improve the overall quality of the product.
5. Energy saving and environmental protection
- Adopt high-efficiency and energy-saving motors and transmission systems to reduce energy consumption. Less waste is generated during the spinning and flanging process, which meets environmental protection requirements.
- Optimize the processing technology, reduce noise and vibration during the processing, and improve the working environment.
6. Versatility
- In addition to processing dished heads, it can also be used for processing other metal parts of similar shapes to improve the utilization rate of equipment.
- Customized processing of special shapes and sizes can be carried out according to customer needs to meet the special needs of different industries.
| Type: | Vertical |
| Maximum workpiece length (mm): | 600 |
| Processing capacity: | Medium |
| Maximum workpiece weight (kg): | 600 |
| Number of spindles: | 4 |
| Number of axes: | 2 |
| Stroke (X axis) (mm): | 350 mm |
| Stroke (Z axis) (mm): | 325 mm |
| Positioning accuracy (mm): | ±0.02 |
| Repeat accuracy (X/Y/Z) (mm): | ±0.02 |
| Origin: | Guangdong, China |
| Turret stations: | 4 |
| Weight (KG): | 35000 |
| Warranty period: | 1 year |
| Mechanical test report: | Not provided |
| Video factory inspection: | Provided |
| Core component warranty period: | 1 year |
| Spindle speed range (r.p.m): | 20 - 1000 r.p.m |
| Cutting torque: | 360 N.m |
| Bed width (mm): | 650 mm |
| Dimensions (length * width * height): | 6500 * 4000 * 5500mm |
| Brand: | Zhuosheng |
| Model: | ZS-LG-600 |
| Voltage: | 220V/380V, 50HZ |
| CNC control system: | Fanuc/Siemens/GSK |
| Main selling point: | fully automatic |
| Condition: | brand new |
| Applicable industry: | manufacturing plant |
| Core component: | PLC touch screen CNC |
| Maximum turning length (mm): | 300 |
| Spindle aperture (mm): | 110 |
| Maximum spindle speed (r.p.m): | 1000 |
1. Non-standard customization: meet personalized technical requirements.
2. Samples and drawings: professional R&D team design.
3. Flexible payment: T/T, LC, international bank.
4. Video factory inspection: can be scheduled.
5.Experienced professional sales service team.
6. Visual production process.
1. Provide circuit diagrams, maintenance manuals,full-course teaching videos and other materials required.
2. Full-time after-sales service, cooperate with customers to inspect, install and test.
3. Quick response: respond within 24 hours if there are any problems with the customers use.
The application areas of CNC spinning machines for automobile wheel hubs mainly include the following aspects:
Automobile manufacturing industry
1. Passenger car wheel hub production: Provide high-quality wheel hubs for various passenger cars such as sedans, SUVs, MPVs, etc. CNC spinning machines can accurately control the size, shape and strength of wheel hubs to meet the performance requirements of different models for wheel hubs.
2. Commercial vehicle wheel hub processing: Suitable for the manufacture of wheel hubs for commercial vehicles such as trucks and buses. Since commercial vehicles usually need to carry a larger weight, the strength and durability of the wheel hubs are required to be higher. CNC spinning machines can produce wheel hubs that meet the needs of commercial vehicles by optimizing process parameters.
3. Customization of high-performance automobile wheel hubs: For some high-performance cars and racing cars, specially designed and customized wheel hubs are required to improve the performance and appearance of the vehicle. CNC spinning machines can process unique wheel hub shapes and sizes according to the specific requirements of customers to meet personalized needs.
Car modification market
1. Wheel hub upgrade and modification: With the rise of car modification culture, more and more car owners choose to upgrade and modify the wheel hub of their vehicles. CNC spinning machines can provide wheel hubs of various styles and sizes for the modification market to meet the aesthetic and performance needs of different car owners.
2. Racing wheel hub modification: In the field of racing, the performance of the wheel hub is crucial to the handling and speed of the vehicle. CNC spinning machines can produce lightweight and high-strength wheel hubs to provide better performance support for racing.
Other related fields
1. Aerospace field: In the manufacture of some small aircraft and drones, structural parts similar to car wheel hubs are also used. The technology of CNC spinning machines for car wheel hubs can be applied to these fields to produce high-precision and high-strength parts.
2. Machinery manufacturing industry: Some mechanical equipment also needs to use parts similar to wheel hubs, such as industrial robots, automation equipment, etc. CNC spinning machines can provide customized parts processing services for these fields.
In short, the automobile wheel hub CNC spinning machine has a wide range of applications. It not only plays an important role in the automobile manufacturing and modification market, but also can provide high-quality parts processing solutions for other related fields.
Advantages Summary:
1. High-precision processing to ensure the quality of the wheel hub.
2. Efficient and automated production to shorten the production cycle.
3. Flexible customization to meet diverse needs.
4. Energy saving and environmental protection, in line with the concept of sustainable development.
5. Versatility to improve equipment utilization.
In short, the CNC spinning machine for automobile wheel hubs provides strong support for the production of automobile wheel hubs with its advanced technology and excellent performance.
The spinning machine applies pressure to the metal sheet through a rotating mold, so that the sheet gradually deforms into a specific shape of the automobile wheel hub. First, the metal sheet is placed on the workbench, and the CNC system accurately controls the movement and rotation of the workbench to allow the sheet to contact the mold. As the mold rotates at high speed, the sheet undergoes plastic deformation under the action of friction and pressure. The CNC system accurately controls the parameters such as the rotation speed, feed speed and spinning force of the mold to ensure that the sheet is deformed according to the predetermined shape and size. During the spinning process, the edge of the sheet gradually fits the mold contour to form the curved shape of the wheel hub. Finally, when the shape of the wheel hub meets the requirements, the CNC system controls the workbench to move the processed wheel hub out of the working area.
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As a professional mechanical equipment manufacturer, our company is a private technology innovation enterprise integrating independent research and development, design and manufacturing, installation and commissioning, and training.
Our R&D team has 10 people, whose members cover multiple professional fields such as mechanical engineering, electronic information, and materials science, and have the ability to deal with different technical problems.
Our equipment is widely used in aerospace, energy, ventilation,hardware and furniture, tableware, medicine, electricity, packaging,construction,automobile and other industries and fields.
Q: When shipping, what kind of packing?
A: We use standard export packing.
Q: What are your delivery terms?
A: EXW, FOB, CFR, CIF.
Q: What's your delivery time?
A: Generally speaking, it takes 30 to 60 days after receiving your advance payment. The specific delivery time depends on the item and quantity of your order.
Q: Can you make it as required?
A: Yes, we can produce according to your samples or technical drawings. We can make molds and fixtures.
Q: Do you have professional engineers?
A: Yes.we have professional engineers and designers.
Q: Can you provide customzied machines?
A:Yes, we can design and manufacture according to your specific requirements.
