Robotics

Showing all 16 results

  • Action® 1000 KG Robot Model 1060

    Severe Duty Robot for Material Handling applications. Used in Investment Casting shell dipping cells and other automated applications.

  • Action® 2000 KG Robot Model 1860

    Severe Duty Robot for Material Handling applications. Used in Investment Casting shell dipping cells and other automated applications.

  • Action® 3000 KG Robot Model 2860

    Severe Duty Robot for Material Handling applications. Used in Investment Casting shell dipping cells and other automated applications.

  • Action® 500 KG Robot Model 960

    Severe Duty Robot for Material Handling applications. Used in Investment Casting shell dipping cells and other automated applications.

  • Action® Robotic Finishing Cells

    Our experience and expertise in providing robotic solutions for casting cut-off and finishing enables the Action® Automated Custom Finishing Cells to provide fast, reliable, consistent product finishing. To optimize the gate removal process there are several things that should be considered and we at Vulcan can help you customize the right Automated Finishing Cell for your system.

  • Foxall® 424FS Finishing Cell

    Our experience and expertise in providing robotic solutions for casting cut-off and finishing enables the Foxall® Automated Casting Finishing Cells to provide fast, reliable, consistent product finishing.

    The cell system HMI interface can log and store useful production data, e.g. part numbers, quantities produced, and wheel changes. These can be accessed via the company network system if required. For use with all materials. Has a large envelop, viewports for easy visual inspection, full 6-axis flexibility, 90 degree part fixture rotator for complete access, and optional high speed turntable for high part throughput.

  • Foxall

    Foxall® 436FS Finishing Cell

    Our experience and expertise in providing robotic solutions for casting cut-off and finishing enables the Foxall® Automated Casting Finishing Cells to provide fast, reliable, consistent product finishing.

    The cell system HMI interface can log and store useful production data, e.g. part numbers, quantities produced, and wheel changes. These can be accessed via the company network system if required. For use with all materials. Has a large envelop, viewports for easy visual inspection, full 6-axis flexibility, 90 degree part fixture rotator for complete access, and optional high speed turntable for high part throughput.

  • Foxall® 636FS Finishing Cell

    Our experience and expertise in providing robotic solutions for casting cut-off and finishing enables the Foxall® Automated Casting Finishing Cells to provide fast, reliable, consistent product finishing.

    The cell system HMI interface can log and store useful production data, e.g. part numbers, quantities produced, and wheel changes. These can be accessed via the company network system if required. For use with all materials. Has a large envelop, viewports for easy visual inspection, full 6-axis flexibility, 90 degree part fixture rotator for complete access, and optional high speed turntable for high part throughput.

  • Foxall® 652FS Finishing Cell

    Our experience and expertise in providing robotic solutions for casting cut-off and finishing enables the Foxall® Automated Casting Finishing Cells to provide fast, reliable, consistent product finishing.

    The cell system HMI interface can log and store useful production data, e.g. part numbers, quantities produced, and wheel changes. These can be accessed via the company network system if required. For use with all materials. Has a large envelop, viewports for easy visual inspection, full 6-axis flexibility, 90 degree part fixture rotator for complete access, and optional high speed turntable for high part throughput.

  • Foxall® 752FS Finishing Cell

    Our experience and expertise in providing robotic solutions for casting cut-off and finishing enables the Foxall® Automated Casting Finishing Cells to provide fast, reliable, consistent product finishing.

    The cell system HMI interface can log and store useful production data, e.g. part numbers, quantities produced, and wheel changes. These can be accessed via the company network system if required. For use with all materials. Has a large envelop, viewports for easy visual inspection, full 6-axis flexibility, 90 degree part fixture rotator for complete access, and optional high speed turntable for high part throughput.

  • Electrobot

    Megabot 3350-3.26

    Megabot is the world’s largest combined payload and reach robots.

  • Electrobot

    Megabot 3350-3.73

    Megabot is the world’s largest combined payload and reach robots.

  • Megabot 3350-4.30

    Megabot is the world’s largest combined payload and reach robots.

  • TruGlu

    TruGlu Automated Wax Pattern Assembly provides a robotic solution for reliable, consistent results.

  • VTS™ – Floor Mounted Model

    Leading edge manipulator/robotic technology, the VTS™ (Vulcan Tactile System) is a telemanipulator using an Industrial Robot. This machine provides 3 modes of operation – Manual, Semi-Automatic, Fully Automatic.

    The use of our specialized hand control system allows the operator to manually control the robot, not just program it. This allows the operator to move the robot simultaneously with his movements for a true “hands on” experience.

    This technology no longer requires pre-programming of the Robot to perform tasks. A library of motions is available, that is accessible by the operator, to make complex movements simple such as angular planes, radiuses, etc.

  • VTS™ – Gantry Mounted Model

    Leading edge manipulator/robotic technology, the VTS™ (Vulcan Tactile System) is a telemanipulator using an Industrial Robot. This machine provides 3 modes of operation – Manual, Semi-Automatic, Fully Automatic.

    The use of our specialized hand control system allows the operator to manually control the robot, not just program it. This allows the operator to move the robot simultaneously with his movements for a true “hands on” experience.

    This technology no longer requires pre-programming of the Robot to perform tasks. A library of motions is available, that is accessible by the operator, to make complex movements simple such as angular planes, radiuses, etc.