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Auto Interior Assembly

The Cobot to Drive Screw on the Vehicle Seat

The customer needs

Use cobot to replace human being to inspect and drive the screws on vehicle seats

Why need Cobot do this job

1. It is a very monotonous Job, that means Easy to make mistake through Human being with long time operation.

2. Cobot is light and easy to set up

3. Has on-board vision

4. There is a screw pre-fix position before this cobot position, Cobot will help inspect if any mistake from pre-fix

Solutions

1. Set up easily a cobot beside the seat assembly line

2. Use Landmark technology to locate the seat and the cobot will know where to go

Strong points

1. The cobot with on-board vision will save your time & money to integrate any extra vision on it

2. Ready made for your use

3. Higher definition of the camera on board

4. Could realize 24hours running

5. Easy to understand how to use the cobot and set up.

Soution Features

（Advantages of Collaborative Robots in Car Seat Assembly）

Precision and Quality

Collaborative robots ensure consistent, high - precision assembly. They can accurately position and fasten components, minimizing human - error - related defects, and guaranteeing each car seat meets top - notch quality standards.

Enhanced Efficiency

With quick operation cycles, they speed up the assembly process. Their ability to work continuously without breaks boosts overall productivity, reducing production time and increasing output.

Safety in Shared Spaces

Equipped with advanced sensors, these robots can detect human presence and adjust their movements accordingly. This allows for safe co - working with human operators on the assembly line, minimizing the risk of accidents.

Flexibility for Diverse Models

Car manufacturers often produce multiple seat models. Collaborative robots can be easily reprogrammed and retooled to handle different seat designs, facilitating smooth transitions between production runs.

Cost - effectiveness

In the long run, they offer cost savings. Although there is an initial investment, lower error rates, reduced need for rework, and increased productivity lead to significant cost reductions over time.

 

Intelligence and Data Management

The robot system can monitor abnormal conditions in real-time during the tightening process (such as missing screws, floating, or stripping) and record parameters for each screw. This ensures traceability and uploadability of production data.

Related Products

TM-7S

  • Max. Payload: 7KG
  • Reach: 700mm
  • Weight: 22.9kg
  • Max. Speed: 4m/s
  • Repeatability: ± 0.03mm
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