Plant Engineering

    Robotics

    We offer the opportunity to precisely machine geometrically complex workpieces with industrial robots. During the machining, the robot is supported by additional guiding systems or is locked in case of the highest precision requirements. Especially for large workpieces with free form surface and tight production tolerances our machine concept is an efficient and cost-effective alternative to a normal machining centre. Via "Run MyRobot" the robot is fully integrated into the CNC control. Neither operators nor programmers need any robot programming knowledge.
    Additional information
    Overivew Product Variants Typical Applications

    Robotics – for automated machining, processing and handling

     

    Wieland robotics solutions are used for automated production and machining tasks where robot-guided processes support flexibility, handling and process integration. Depending on the product variant, the portfolio covers robot winding systems, robotic milling, machining and processing, robot-guided sawing and coil handling.

    The systems support applications such as complex wound workpieces, machining of large workpieces, machining and subsequent handling, pointing of profiles and interlinking of individual processes and systems.

     

    Key facts

     

    • Robotic systems for machining, processing and handling
       
    • Product variants for winding, milling, machining, sawing and coil handling
       
    • Robot integration into CNC or machine tool control systems
    • Systems for complex wound workpieces and large workpieces
       
    • Solutions for customer-specific process interlinking
       
    • Product variants include Robo-Wick, Robo-Mill, Robo-BAZ, Robo-Saw and Robo-Coil

    Product Variants

     

    The Robo-Wick robot winding system masters the production of complex wound workpieces, for example heat exchangers, without any manual intervention.

    The geometry is completely made by the robot, which is integrated in the CNC control. The ends of the workpieces are finished on the milling module. The winding mandrel can be changed automatically for even more flexibility in series production.

    At a glance

    • Robot winding system
    • Production of complex wound workpieces
    • Example: heat exchangers
    • No manual intervention
    • Robot integrated in CNC control
    • Workpiece ends finished on the milling module
    • Automatic winding mandrel change possible
    • Designed for flexibility in series production

    Whether metal, plastic or wood, Robo-Mill processes large workpieces with flexibility, speed and precision.

    The raw part is measured three-dimensionally, creating the basis for the robot. The robot’s six axes can fully exploit their flexibility during machining. The machine also masters curved workpieces thanks to the CAD/CAM interface with spline correction.

    At a glance

    • Processing of large workpieces
    • Suitable for metal, plastic or wood
    • Flexible, fast and precise machining
    • Three-dimensional measurement of the raw part
    • Six robot axes for flexible machining
    • Curved workpieces possible
    • CAD/CAM interface with spline correction

    With Robo-BAZ, the robot carries out all machining and processing steps on the workpiece as well as any subsequent handling.

    The systems are realized with the Kuka-Siemens interface Run MyRobot or mx.Automation.

     

     

    At a glance

    • Machining steps on the workpiece
    • Processing steps on the workpiece
    • Subsequent handling
    • Kuka-Siemens interface Run MyRobot
    • mx.Automation

    Robo-Saw is a robot-guided band saw for the pointing of profiles in any position of the workpiece.

    Robot integration into the machine tool control system increases the user-friendliness of the entire system.

     

     

    At a glance

    • Robot-guided band saw
    • Pointing of profiles
    • Any position of the workpiece
    • Robot integration into the machine tool control system
    • Increased user-friendliness of the entire system

    Robo-Coil is designed for gentle handling of coils. It supports ergonomic manual tying with subsequent palletising.

    The interlinking of individual processes and systems is planned and implemented according to customer-specific requirements.

    At a glance

    • Gentle handling of coils
    • Ergonomic manual tying
    • Subsequent palletising
    • Interlinking of individual processes and systems
    • Planned and implemented according to customer-specific requirements

    Do you need technical support or a quote for Robotics?

    Typical Applications

     

    Product variantApplication focus
    Robo-Wick
    • Production of complex wound workpieces, e.g. heat exchangers
    • Robot-based winding without manual intervention
    • CNC-integrated geometry generation
    • Finishing of workpiece ends on the milling module
    • Automatic winding mandrel change for more flexibility in series production
    Robo-Mill
    • Processing of large workpieces made of metal, plastic or wood
    • Flexible, fast and precise machining
    • Machining of curved workpieces
    • 3D measurement of the raw part
    • CAD/CAM interface with spline correction
    Robo-BAZ
    • Machining and processing steps on the workpiece
    • Subsequent handling of the workpiece
    • Systems realized with Kuka-Siemens interface Run MyRobot or mx.Automation
    Robo-Saw
    • Robot-guided band sawing
    • Pointing of profiles in any position of the workpiece
    • Robot integration into the machine tool control system
    Robo-Coil
    • Gentle handling of coils
    • Ergonomic manual tying
    • Subsequent palletising
    • Interlinking of individual processes and systems according to customer-specific requirements

    Similar Products