Mechanics
Mechanical handling solutions enable the ergonomic and safe transportation of heavy, large, and irregularly shaped parts in industrial production and assembly processes. Products such as machine components, metal elements, large equipment, and structural elements can be easily moved with mechanical handling systems. PM Manipulators offer innovative solutions designed to accelerate these processes, enhance safety, and reduce workforce strain.
Applications:
• Handling in Machinery Manufacturing:
o Transporting heavy metal components for CNC machines, lathes, and press machines.
o Ergonomic transfer of machine parts to assembly lines.
• Metal Processing and Assembly:
o Moving cast parts and directing them to welding lines.
o Transporting steel slabs, round steel, and vehicle springs.
• Automotive and Heavy Vehicle Manufacturing:
o Handling vehicle parts such as wheels, rims, springs, and suspension systems.
o Rotating fuel tanks 90° and 180° for placement in assembly areas.
• Shipbuilding and Maritime Equipment:
o Transporting and assembling structural steel parts in ship production.
o Ergonomic handling solutions for large and heavy ship equipment during assembly.
• Construction and Structural Components:
o Transporting large prefabricated panels, concrete blocks, and steel construction elements.
o Mechanical solutions for pre- and post-assembly transport operations.
• Defense Industry:
o Used for transporting and assembling heavy military equipment and armor components.
o Effective solutions for military equipment requiring rotational handling (90° and 180°) in assembly areas.
Advantages of PM Manipulators:
1. Safety and Ergonomics:
o Eliminates manual methods for moving heavy and irregular parts, preventing workplace accidents.
o Reduces operators' physical strain, providing a safer working environment.
2. Speed and Efficiency:
o The 90° and 180° rotation feature adds speed and flexibility to production processes.
o Facilitates quick transfer of parts to assembly lines.
3. Precision and Material Protection:
o Prevents surface damage, enabling careful handling of large and delicate parts.
o Offers transportation solutions that prevent scratches, dents, or deformation.
4. Flexibility:
o Provides solutions for handling products of varying shapes, sizes, and weights.
o Applicable across numerous industries, including automotive, construction, defense, metal processing, and machinery manufacturing.
Conclusion:
Mechanical handling solutions are widely utilized in industries such as automotive, construction, defense, machinery manufacturing, and metal processing. These systems enhance safety by reducing operators’ physical burden while also accelerating transportation processes. Through mechanical grippers, pneumatic grippers, and vacuum technologies, these processes become faster, safer, and more efficient.