Pneumatic manipulator

for wheelsfor small spaceswith tilter

Product description
The pneumatic manipulator ATIS is a handling device designed for assisted handling of trolley wheels and internal material handling systems. It enables lifting, tilting and rotation of wheels with smooth, precise movements under operator control, transferring the load weight to the system rather than the person to improve ergonomics, safety and repeatability.

The challenge: safe and repeatable handling of trolley wheels
In production lines, assembly or end-of-line operations, manual handling of wheels involves several constraints:

• high physical strain on operators
• risk of injuries during lifting and positioning phases
• difficulty ensuring smooth and controlled movements
• irregular cycle times and low repeatability
• medium- and long-term ergonomic issues

The solution: ATIS pneumatic manipulator for wheels
The ATIS pneumatic manipulator provides assisted handling for lifting, tilting and rotating wheels. Pneumatic assistance carries the load weight so the operator controls motion precisely without supporting the full weight, enabling controlled operations even in confined spaces.

Capabilities

• Lift heavy wheels without significant physical effort
• Tilt and rotate wheels with precision
• Position wheels accurately at process stages
• Operate safely in confined work areas

Applications
Suitable for industrial environments such as production lines, assembly stations and end-of-line operations where wheel handling requires repeatability, precision and operator safety.

Application video
An application video is available showing the manipulator in operation and examples of process integration.

Technical characteristics / specifications

• Assistance type: pneumatic
• Primary functions: lifting, tilting, rotation, positioning
• Operator control for precise and smooth movements
• Ergonomic benefits: reduction of physical effort and injury risk
• Target environment: production lines, assembly and end-of-line
• Suitable for operations in confined spaces