Automobile Manufacturing

Industry Supply Chain

Upstream Industry

Midstream Industry

Downstream Industry

Automotive Hardware and Software

Automotive Hardware

Includes engine parts, conventional parts, braking parts, steering parts, running gear parts, electrical and instrumentation parts, body and accessories, etc.

Automotive Electronics

Includes electronic control systems, in-vehicle electronic devices, electronic instrument panels, sensors, chips, radar, etc.

Data Service Providers

Enterprises engaged in information technology-driven activities such as data acquisition, data transmission, data storage, and data processing (including computation, analysis, visualization, etc.).

Automobile Manufacturing

Automotive Design

Overall vehicle design, including image design and technical design; assembly design, including engine, transmission, steering system, front axle, rear axle, body, frame, and cab; and parts design.

Automobile Manufacturing

Through processes such as stamping, welding, painting, and final assembly, automobiles go through the materialization process from conceptual design to product realization.

Vehicle Purchase and Aftermarket Services

Vehicle Purchase Services

Services provided by car dealerships, car showrooms, etc., to meet customers' vehicle purchase needs.

Aftermarket Services

Automotive finance, insurance, leasing, used car trading, car repair and maintenance, dismantling and recycling, modification, etc.; automotive maintenance industry, automotive finance industry, automotive IT industry, automotive maintenance industry, automotive repair and parts industry; automotive culture and motorsports industry, used car and car rental industry, etc.

Industry Pain Points

Traditional Equipment Is Outdated

The equipment has limited functionality, a short lifespan, and cannot guarantee personal safety.

The Processing Procedures Are Complex And Intricate

Manual welding suffers from poor consistency and low efficiency.

Serious Industrial Pollution

It has a significant impact on workers' health.

Application of Collaborative Robots in Welding for Automobile Manufacturing

Automobile Manufacturing

Collaborative robot welding is used for engine components, instrument parts, driveline and brake system parts, and lamp components, covering sheet metal, supports, and fasteners. It performs precise welding at the sheet and tube jointsof each part to ensure structural strengthand assembly accuracy.

Door System

Welding covers the inner/outer panels, crossmembers, reinforcement plates, and window framesheet metal, supports, and fasteners. It focuses on high-strength jointsto guarantee door rigidityand safety.

Body Structure

Welding applies to the door frame, frame, hood, roof, trunk lid, fenders, and front bulkheadsheet metal, supports, and fasteners. It completes key load-bearing weldsto ensure overall structural strengthand crash safety.

Trunk System

Welding covers the outer panel, inner panel, and reinforcement beams. It reinforces critical load pathsto improve carrying capacityand sealing performance.

Roof System

Welding covers the roof panel, fixed roof, or convertible roofsheet metal, supports, and fasteners. It ensures watertightness, strength, and lightweightrequirements at precision joints.