Suzhun (Guangzhou) Automotive Technology Co., Ltd Factory Tour

Efficient differential production line | Automated automotive parts manufacturing. Learn about our differential production line and provide efficient automated manufacturing solutions for high-performance differentials to assist the production of the automotive industry.

Introduction to Differential OEM/OEM Services

1. What is differential OEM/OEM?

Differential OEM refers to the business model in which a manufacturer produces differential products for another brand. OEM cooperation enables brands to leverage the technology and production capabilities of professional manufacturers to quickly produce high-quality products.

2. Service advantages

Cost effectiveness: By outsourcing production, brands can reduce production costs without investing in expensive equipment and facilities.

Technical expertise: Professional differential manufacturers have rich experience and technology, and can provide high-performance products.

Flexibility: OEM cooperation provides brands with greater flexibility to quickly adjust production plans according to market demand.

Fast delivery: Utilize existing production lines and processes to ensure that products can be delivered quickly.

3. Cooperation process

Requirement analysis: Communicate with customers to understand their specific needs and technical requirements.

Sample production: Produce samples according to customer requirements for testing and adjustment.

Production preparation: After order confirmation, prepare and arrange the production line.

Quality control: Implement strict quality control during process production to ensure that products meet standards.

Delivery and Feedback: Deliver products on time and collect customer feedback for continuous improvement.

4. Applicable industries

Automotive industry: providing differential solutions for various automotive manufacturers.

Cranes and electric vehicles: meet the needs of two wheels and electric devices.

High performance sports cars: customized differentials are provided for high-performance needs.

5. Our Commitment

We are committed to providing customers with high-quality differential OEM/OEM services, helping them enhance their market competitiveness and achieve business growth.

conclusion

Choosing differential OEM/OEM services can save costs and improve efficiency for enterprises, and is an important strategy for many automotive brands to achieve rapid development. Welcome to contact us to learn more about our OEM services and solutions.

1. Election objectives

Performance optimization: Improve vehicle handling and stability, especially during high-speed and curved driving.

Fuel efficiency: By optimizing the differential design, losses are reduced and fuel efficiency is improved.

Reduce noise and vibration: Improve the material and structural design of the differential to reduce the noise and vibration generated during operation.

2. Technological innovation

Electronic Differential Lock (EDS): Both BW and Mercedes Benz have invested heavily in electronic differential technology, which can intelligently adjust the differential's data collection based on driving conditions.

Active differential: This technology enables the differential to automatically adjust its function under different driving conditions, improving the vehicle's ability to pass through complex road conditions.

3. Materials and processes

High strength materials: Use lightweight and high-strength materials such as aluminum alloys and composite materials to reduce the weight of the differential and improve overall performance.

Precision manufacturing: Advanced manufacturing processes such as CNC machining and laser welding are used to ensure the machinability and durability of the differential.

4. Testing and Verification

Strict and demanding testing standards: During the development process, both BW and Mercedes Benz conduct rigorous testing, including reset testing, performance testing under extreme conditions, etc.

Simulation technology: Using computer simulation and virtual testing to predict the performance of the differential under different conditions in advance, reducing development time and costs.

5. Sustainable development

Environmental ecological design: In the research and development process, sustainable development is considered, efforts are made to reduce the environmental impact in the production process, and improve the recyclability of products.

6. Future Trends

Integration with Internet technology: In the future, the differential may be hierarchically integrated with other systems of the vehicle (such as power system and suspension system) to achieve intelligent driving experience.