Long Reach SCARA Robot

Description

EPSON Robots, a global leader in SCARA robot technology, further expands its RS-Series SCARA lineup with the introduction of the new EPSON RS4 Robots. The new unique design of EPSON RS-Series robots clearly put them ahead of other robots in their class with superior cycle times and larger work envelope access thus opening up new application possibilities. The new EPSON RS4 is the long reach, zero footprint robot, featuring all the benefits of a typical SCARA plus more.

“Unique to the EPSON RS4 arm is our new workspace design which maximizes work envelope usage” stated Michael Ferrara, Director of EPSON Robots. “The unique arm structure of EPSON RS-Series robots utilizes the entire workspace underneath the arm, defeating the “old” SCARA design limitations so there is no dead space in the center of the work envelope. No other robot vendor offers a 550mm SCARA arm capable of working on pallets as large as 778mm x 778mm. A pallet size this large would normally require a 1,200mm SCARA arm in a 2.4m enclosure which is double the size. EPSON RS4 robots allow our customers to reduce their work space requirements in half while providing industry leading work envelope usage.”

With the ability to maneuver under itself for the shortest movements possible instead of having to move around itself, the EPSON RS4 delivers superior cycle rates. This means more parts processed in less time, while using a fraction of floor space which results in more profits for our customers. The EPSON RS4 is literally a zero footprint robot, thus saving our customers valuable floor space through easy integration into compact assembly cells. Furthermore, the unique work envelope allows for unprecedented design flexibility with over 450 degrees of axis rotation for omni directional access. All these exclusive features make the EPSON RS4 robot the most versatile and unique SCARA available in the market today.

Specs

  • larger work envelope access
  • capable of working on pallets as large as 778mm x 778mm
  • utilizes the entire workspace underneath the arm
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