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Mech-Mind Robotics-AI+3D+Industrial Robotic Solution
Mech-Viz Intelligent Robot Programming Environment
Mech-Viz Intelligent Robot Programming Environment

The new generation intelligent robot programming environment is equipped with a visualized and code-free programming interface which can realize one-click simulation. Intelligent algorithms such as path planning, collision detection and picking planning are built in. The environment can be adapted to various mainstream robot brands in China and abroad.

    Easy to use
    Easy to use
    Powerful functions
    Powerful functions
    Multi-languages
    Multi-languages
Easy to use
    Unified programming mode
    Unified programming mode
    A completely unified construction form of flow chart is adopted for Mech-Viz software programming, and there is no need for users to learn the language logic of robots of different brands.
    No-code programming
    No-code programming
    A construction form of flow chart is adopted for programming in Mech-Viz software, therefor code programming experience is not required for users, and robot routines can be realized only by 'adding function module - configuring module parameters - connecting module wires'.
    One-button 3D simulation
    One-button 3D simulation
    The software supports one-button motion simulation, and displays the motion trajectory of robot in the form of animation.
Powerful functions
    Extensive robot adaptation
    Extensive robot adaptation
    The software has been adapted to robots of most leading brands at home and abroad, and complete motion control of adapted robots can be realized.
    Motion path planning
    Motion path planning
    Robot motion simulation works with a variety of built-in collision checking algorithms in the software to make an early prediction of possible collisions in robot motion.
    Grasping strategy planning
    Grasping strategy planning
    The software supports multi-grasping points, grasping margin and symmetry settings, multiple TCPs and other functions for workpieces, which work with motion simulation and collision checking to guide the robot to grasp the target accurately provided that no collision occurs.
    Built-in palletizing algorithm
    Built-in palletizing algorithm
    The software has built-in algorithm functions such as manual defined pallet, automatically generated pallet, online mixed palletizing, offline mixed palletizing, and continuous palletizing of half pallet, etc.
Multi-languages
    Multi-languages
    Multi-languages
    The software has built-in Chinese and English language packs, supporting one-button switching of software languages.
AI vision algorithms can handle complex situations and achieve excellent recognition results.
  • Randomly-Placed Metal Parts
    Randomly-Placed Metal Parts
  • Wheel Hubs of Different Sizes
    Wheel Hubs of Different Sizes
  • Tightly-Packed Sacks
    Tightly-Packed Sacks
  • Randomly-Piled Cartons
    Randomly-Piled Cartons
Solutions
  • Leveraging various advanced technologies, Mech-Mind provides complete, cost effective and easy-to-deploy vision-guided palletizing and depalletizing solutions which can be used in scenarios such as palletizing and depalletizing for cartons and sacks.
  • Leveraging various advanced technologies, Mech-Mind provides complete, cost effective and easy-to-deploy vision-guided machine tending solutions which can be used in common scenarios such as machine tending for metal parts.
  • Leveraging various advanced technologies, Mech-Mind provides complete, cost effective and easy-to-deploy vision-guided order picking solutions which can be used in order-picking scenarios in logistics, e-commerce warehouses, etc.
  • Leveraging various advanced technologies, Mech-Mind provides complete, cost effective and easy-to-deploy vision-guided parcel picking solutions which can be used in the parcel-picking scenario in logistic distribution centers.
  • Leveraging various advanced technologies, Mech-Mind provides complete, cost effective and easy-to-deploy vision-guided gluing, locating and assembly solutions which can be used in common scenarios in industries like automotive and home appliances.
Cases
Videos
  • 3D Vision-Guided Machine Tending (Crankshafts)
    3D Vision-Guided Machine Tending (Crankshafts)

  • AI+3D Vision Mixed-Carton Depalletizing
    AI+3D Vision Mixed-Carton Depalletizing

  • AI+3D Vision Parcel Loading
    AI+3D Vision Parcel Loading

  • Vision-Guided Sack Depalletizing
    Vision-Guided Sack Depalletizing

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