Pneumatic manipulator

with gripping toolcustom-madewith rotary head

Overview
Handling metal frames is a delicate operation in production due to weight, bulk, few clear gripping points and the need for precise rotations. The pneumatic manipulator MPF-300 is designed for these constraints, providing a safe, ergonomic and precise handling solution for metal frames.

The challenge: lifting and rotating metal frames safely

• significant weight and uneven load distribution, complicating stable lifting
• bulky, often asymmetrical geometries with limited gripping points
• risk of collisions, scratches or unwanted deformation
• requirement for multiple operators, reducing process efficiency
• ergonomic risks such as poor posture and excessive physical strain

The solution: a manipulator dedicated to metal frames
The MPF-300 pneumatic manipulator enables operators to lift, rotate and position heavy structures simply, controlled and safely. With custom grippers and smooth kinematics, the system delivers:

• Stable and controlled lifting
  Maintains frame balance to avoid oscillations and sudden movements.
• Assisted rotation and tilting
  Allows precise orientation for welding, assembly, painting and inspection.
• Improved ergonomics
  Eliminates excessive physical strain and lowers the risk of injury.
• Precision and repeatability
  Fluid, consistent movements that are easily repeatable across operators.
• Reduced cycle times
  Enables single-operator handling of tasks previously requiring multiple people.

Demonstrations
Application videos and live demonstrations are available to show MPF-300 performance in industrial environments and typical workflows.

Technical features / specifications

• Type: pneumatic manipulator designed for metal frames (MPF-300)
• Customized grippers adapted to frame geometry to prevent collisions, scratches and deformation
• Smooth kinematics for fluid and controlled movements
• Functions: lifting, assisted rotation, tilting and precise positioning
• Ensures balance and reduces oscillation during handling
• Ergonomic design to reduce operator strain and injury risk
• High precision and repeatability across operators
• Reduces required operator count and cycle times
• Suitable for bulky, asymmetrical and heavy metal frames