Haijun

+
  • 52.png

Three-axis gantry robots

The 3-axis gantry robot is a fully automatic industrial machine based on a right-angle X, Y and Z coordinate system, which adjusts the working position of the workpiece and carries out movements such as handling, palletizing, loading and unloading of the workpiece. The control system is usually a PLC, motion controller, microcontroller, etc. The controller analyses and processes the signals from the various inputs (sensors, buttons, etc.), makes certain logical judgements and then issues commands to the various output components (relays, motor drives, indicators, etc.) to complete the movement between the X, Y and Z axes, thus realising a set of fully automatic work processes.

Classification:

Three-axis gantry robots

Keywords:

Column fixed type

Assisted robots

Smart Lifter


  • 产品描述
    • Commodity name: Three-axis gantry robots
    • Commodity ID: 1122483222756347904

    The 3-axis gantry robot is a fully automatic industrial machine based on a right-angle X, Y and Z coordinate system, which adjusts the working position of the workpiece and carries out movements such as handling, palletizing, loading and unloading of the workpiece. The control system is usually a PLC, motion controller, microcontroller, etc. The controller analyses and processes the signals from the various inputs (sensors, buttons, etc.), makes certain logical judgements and then issues commands to the various output components (relays, motor drives, indicators, etc.) to complete the movement between the X, Y and Z axes, thus realising a set of fully automatic work processes.

    The 3-axis gantry robot is a fully automatic industrial machine based on a right-angle X, Y and Z coordinate system, which allows the workpiece to be positioned and the workpiece to be handled, palletized, loaded and unloaded. The control system is usually a PLC, motion controller, microcontroller, etc. The controller analyses and processes the signals from the various inputs (sensors, buttons, etc.), makes certain logical judgements and then issues commands to the various output components (relays, motor drives, indicators, etc.) to complete the movement between the X, Y and Z axes, thus realising a set of fully automatic work processes.