Arc Specialties has taken on this efficiency challenge and developed multi-positioner robotic cells.  With an innovative design that greatly enhances productivity while offering versatility, safety, and portability, Arc Specialties multi-positioner robotic cells are the ideal solution to maximizing manufacturing processes.

Increase Productivity

The versatility of the Arc Specialties multi-positioner robotic cells also facilitate smooth transitions between processes as needed.  While primarily used for welding and cutting applications, multi-positioner robotic cells can be utilized to carry out numerous tasks, improving the tractability of any manufacturing space.  Featuring 2 axis positioners with a 6-axis robotic arm, Arc Specialties’ RoboCell-2P easily accomplish complex operations.  Accommodating capacities from 3,000 lbs. to 12,000 lbs. and larger units equipped with two robots available, Arc Specialties’ line of multi-positioner robotic cells can satisfy any manufacturing need.

two positioner robotic welding system

Portability

As industry demands evolve, so too must the layout of manufacturing facilities.  Robots and positioners that are anchored to the floor are difficult to relocate, translating to increased costs and extended downtime during critical transition phases. The durable self-contained skid package of Arc Specialties’ multi-positioner robotic cells provides superior portability. Their convenient single skid design enables easy unit loading and unloading for transportation to other locations, facilitating efficient arrangement of manufacturing equipment for streamlined operations and the ability to implement new layout designs with minimal cost or downtime.  And larger units are outfitted with detachable auxiliary skids for simplified shipping.

Improve Safety

Compromising safety for productivity is not an option. Arc Specialties puts safety at the forefront of every design, and their multi-positioner robotic cells are no exception. Innovative safety features such as advanced sensors that detect the robot’s position within the cell ensure the safety of the operator and the wider area as well, improving overall safety performance and productivity simultaneously.

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