Home>>News>>Company News>>Manufacturing process of automobile chassis

Manufacturing process of automobile chassis

2024-06-07
The Car Chassis is the cornerstone of the vehicle, not only bearing the weight but also providing support for key components such as the engine, gearbox, and wheels. The design and production of the car Chassis greatly affect the vehicle's stability, safety, and handling.
CTT's automotive chassis manufacturing process includes the following steps:
Cutting Technology: CTT utilizes laser cutting and plasma cutting technologies in sheet metal processing to ensure the accuracy and quality of chassis parts. These technologies allow for the precise cutting of complex shapes within strict tolerances.
Forming Technology: CTT employs cold forming processes, such as bending and stamping of steel plates, to meet the requirements of automotive chassis parts. These processes are efficient and ensure the parts' strength and durability.
Welding and Riveting: When connecting chassis components, CTT uses TIG and MIG welding technologies to ensure the strength and reliability of the connections. Additionally, CTT adopts riveting technology, enabling the welding of different materials to provide a stronger bond.

CNC Machining: CTT uses CNC machine tools for precision machining, such as milling and drilling, to ensure the accuracy and quality of chassis parts. This is particularly crucial for the manufacture of chassis components that require riveting.

Die Casting Technology: Although not commonly used in chassis manufacturing, CTT can employ die casting technology to produce specific chassis components, such as longitudinal and transverse beams, with special designs tailored to customer requirements.
Throughout the automobile chassis production process, CTT consistently pursues the goal of high quality. By employing advanced cutting, forming, joining, and machining technologies, CTT is able to produce automotive chassis that are structurally robust and perform excellently.
Related Information
Precision Flexible Intelligent Manufacturing Platform: Core Value and Industry Application Analysis

Against the backdrop of manufacturing transformation, the precision flexible intelligent manufacturing platform has become a core support in high-end fields. This article details its definition, pain point solutions, and industry applications, helping enterprises understand the platform's value.

Welding of Medical Equipment Components: Core Application Analysis of Robotic Arm Welding Technology

In the manufacturing of life science components and medical equipment parts, welding is a key factor in quality. Traditional manual welding struggles to meet high-precision requirements, and robotic arm welding, with its automation advantages, has become a core solution in the industry.

Precision Manufacturing Planing and Slotting Processes Improve Accuracy and Efficiency

Precision planing and slotting use digital control to improve accuracy and consistency, and are widely used in medical and life science manufacturing.

Unlock Flexible Manufacturing: Real-Time Scheduling for Multi-Variety Mixed-Model Automated Production

Life science and medical device manufacturing often suffers from slow changeovers and low utilization in mixed-product lines. Flexible intelligent platforms with smart scheduling enable multi-product production on one line, boosting efficiency and utilization.

Email to this supplier

Name:
Phone:
Email:
Message: