Vacuum tube lifting system

for auto bodywith gripping toolmulti-grip

Product overview
An industrial manipulator designed for the ergonomic lifting and rotation of car seats across automotive assembly lines. It provides controlled gripping, smooth movements and precise positioning to handle bulky and delicate seat components while reducing operator strain.

The challenge of handling car seats

• High weight and large dimensions of seat assemblies
• Delicate materials (upholstery, stitching, padding)
• Need for controlled lifting, rotation and positioning
• Ergonomic risks for operators during repetitive tasks
• Requirement to maintain high production rates

The solution: industrial manipulator for car seats
The manipulator is engineered to manage every phase from grip to final placement. It offers configurable gripping interfaces and controlled kinematics to ensure stable handling of complex geometries while protecting delicate surfaces.

Typical operations

• Lifting of complete seat units
• Rotating and reorienting seats for assembly or inspection

Advantages of the industrial manipulator

• Operational safety: stable grip and movement control reduce handling risks
• Improved ergonomics: reduces physical effort and exposure to repetitive strain for operators
• Precision and control: smooth, repeatable motions ensure correct positioning in each phase
• Higher efficiency: shorter cycle times and improved line throughput

Conclusion
Integrating an industrial manipulator for car seats turns a critical handling task into an operational asset by improving safety, ergonomics and productivity on assembly lines.

Characteristics / technical specifications

• Application: automotive seat handling on assembly lines
• Main functions: lifting, rotation, stable gripping, controlled positioning
• Designed for: bulky and delicate seat components (upholstery, seams, padding)
• Benefits: improved operator ergonomics, operational safety, precision, reduced cycle times
• Operation focus: configurable gripping interfaces and smooth controlled motion