The Redeployable Robotâ„¢

Streamlining Manufacturing... Streamlined

With standardized components, the RR reduces initial investment and implementation time. The robot grippers and part stands can be retooled just like the machines they run, making this automation solution a piece of capital equipment that is not dedicated to a single part or machine. Built to last, the frame was designed using FEA to be extremely rigid in order to maintain the repeatability of the robot at high speeds. Automating operations beyond pick and place creates a value-add, especially for those with long takt times. Inversion of the robot in the automated cell allows floorspace to be used more efficiently for these value-add operations like part washing, deburring, gauging, and more. Modular parts like drawer systems, conveyors, camera systems, part washers, and more are designed to reliably perform but general enough to be easily and quickly arranged in the frame and operate with a range of part geometries.

Modular Components

Mix and Match Then Rearrange and Redeploy

Fixtured Drawer System

Heavy duty drawer cabinet with fixtured inserts is an ultra reliable way to bring parts into a cell. Inserts can be economically made and simple change over makes for quick part changes.


Conveyor at ergonomic height is a simple and economic way to remove parts from a cell. It can be configured with sensors and hardware to fit your needs.

Robot End of Arm Gripper

Double grippers on the end of arm tooling keep part changes quick and spindles turning.

Camera Robot Vision System

FANUC vision systems can be used to pick parts from a bin or conveyor to make a cell truly operator free.

Blow Off System

Part blow off system keeps the chips and coolant in the machine and off your floor. End nozzles designed for the task and flow variable to coordinate with robot to best fit your needs.

Robot End of Arm Deburr

Grinding, polishing, and deburring done with either fixed tools or end of arm tooling to maximize part accessibility and cycle efficiency.

Read About RR's in Action