Robotic System

Automated deburring applications are used in major industries and include polishing, grinding, trimming, cutting, etc. The complex motion & positioning requirements, tool wear and the force control involved make the process challenging. We offer software options to solve many of the challenges that are associated with material removal applications. Feedback control to apply right amounts of force between the workpiece and the material removal equipment is also available. Also offered is motion cooperation between multi-axis positioners and the robot to solve many of the motion constraints during the process of removal. We can provide custom material removal solutions to fit your specific application. The robot controller includes standard options for communicating with the deburring equipment.

1. Multi-axis positioners
2. Force sensing feedback control
3. Cooperative group motion control
4. High torque robot wrist
5. Cooperative group motion control

Specialized equipment is required in order to ensure consistent and perfect paint finish for automated paint applications. This includes an explosion-proof robot arm, spray applicator/bell, gear pumps, colour change manifolds, solenoid valves, transducers and pressure regulator. A variety of technologies are provided to solve the challenges associated with achieving consistently premium paint finish quality and we offer a new line of robot arms in various sizes and configurations to meet any robotic painting application. There are many technologies available to tackle the challenges associated with achieving consistently premium paint finish quality. We offer a new line of robot arms in various sizes with best of configurations that can manage even complicated applications.
Advanced Features
Mount process equipment on arm
3 roll hollow wrist
Lightweight, aluminum castings
Integrated fluid gear pump (1 or 2K)
7 axis pedestal robot for increased work envelope
Explosion-proof robot arm & teach pendant
2 additional aux. axes for gear pump drive

Palletizing is often the last step of the assembly process and involves stacking various items before being loaded for delivery/transportation. The process faces three main challenges – pattern flexibility, tooling flexibility and cycle time. These challenges can be tackled effectively using automated robotic systems. Our robots are specifically designed to work at high-speeds and handle heavy payloads. The robotics software is designed in a way that lets the user control patterns and status of procedures in an easy manner. Such robots can be used for palletizing procedures involving a wide range of materials such as bags, frozen food, cartons, etc.

Machine Tending is an application that involves transporting objects efficiently. Robots with appropriate gripper arm that can move products from one location to another are required to carry out material handling tasks effectively. Robotic solutions are very useful in this field as they reduce tedious labour in industrial environments. A wide variety of material handling challenges can be tackled with the help of automated robotic solutions. These robots work with existing equipment such as containers, conveyors and carousels to perform tasks such as conveyor tracking, collision detection, etc.
Advanced Features

Vision guidance(2D & 3D)

End of arm tooling – servo controlled

Option for ceiling mount

Quick tooling change

Robots with high wrist torque

Conveyor tracking

Collision detection