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In today’s world of technology, facilities are automating various processes to enhance their efficiency and reliability. Machine tending is one process that has seen a radical change in technology adoption.
In today’s world of technology, facilities are automating various processes to enhance their efficiency and reliability. Machine tending is one process that has seen a radical change in technology adoption.
Mech-Vision Graphical Machine Vision Software

Mech-Vision Graphical Machine Vision Software

Mech-Vision software can complete depalletizing, machine tending, order picking, gluing/spraying, precise locating, etc. through a code-free graphical interface. Equipped with 3D vision, deep learning and other advanced algorithms, it can meet complex and diverse practical needs.
    Easy to use
    Easy to use
    Powerful functions
    Powerful functions
    Multi-languages
    Multi-languages

Easy to use

    Code-free programming
    Code-free programming
    Code-free graphical interface, concise UI design, and clear-cut functional partitions. Professional programming skills are not required for users, and visual engineering construction can be realized only by 'adding algorithm module - configuring module parameters - connecting module wires'.
    Visual debugging
    Visual debugging
    It supports single-step operation of visual debugging, and intermediate results such as text and images, etc. of each module can be viewed at any time. It is easy to troubleshoot, which can reduce debugging costs and improve efficiency.
    Various built-in typical application plug-ins
    Various built-in typical application plug-ins
    With integrated various application plug-ins such as random picking, case depalletizing, express parcel feeding, registration-free goods grasping, high-precision positioning, guided gluing, etc., users can easily deploy multiple typical applications of intelligent robots.

Powerful functions

    Various typical vision algorithms
    Various typical vision algorithms
    Contains plentiful vision algorithm modules (such as 3D general processing algorithm, 3D feature processing, 3D model creating and matching, deep learning, 2D general processing algorithm, 2D feature processing, 2D matching, pose adjusting, as well as special algorithms for trajectory and measurement, etc.), which can be applied to various typical actual scenarios.
    Supports efficient parallel computing & processing
    Supports efficient parallel computing & processing
    The software supports parallel processing, making it possible to maximize the use of computer hardware resource and improves operating efficiency of the software.
    Built-in advanced algorithms
    Built-in advanced algorithms
    A built-in deep learning framework is provided in the software, making it possible for accurate and efficient identification of cartons, sacks, as well as stacked metal parts and daily necessities.
    Integrates multiple tools
    Integrates multiple tools
    The software integrates a variety of practical tools such as auto calibration, point cloud editing, trajectory editing, template collection, and teaching grasping points, etc.
    3D camera calibration
    3D camera calibration
    The software has built-in high-precision calibration tools for 3D camera, which can work with the robot to perform automatic calibrations of extrinsic parameters, intrinsic parameters and dual-camera fusion.

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-Piled Parts
    Randomly-Piled Parts
  • Randomly-Piled Express Parcels
    Randomly-Piled Express Parcels
  • Randomly-Placed Cartons
    Randomly-Placed Cartons

Solutions
  • Depalletizing and Palletizing
    Depalletizing and Palletizing
    Intelligent depalletizing and palletizing solutions are widely used in manufacturing, distribution, and fulfillment applications. Backed by 3D vision, deep learning, and other AI algorithms, the robots can automatically execute palletizing and depalletizing while maintaining excellent stability and high processing speed.
  • Machine Tending
    Machine Tending
    Our intelligent machine tending solution enables robots to quickly detect the most challenging parts that are in various sizes and shapes, accurately pick them, and stably place them at their designated locations.
  • Piece Picking
    Piece Picking
    Our solution enables robots to accurately pick various individual items (SKUs) from an inventory bin and place them into an order container. Robots, equipped with 3D vision, can handle a broad range of items ( including cartons, boxes, poly bags, transparent packages, etc.) with ease.
  • Bin Picking
    Bin Picking
    Guided along by the powerful 3D vision system, the robots can recognize randomly-piled materials, even those with dark or reflective surfaces and complex structures, and then pick them up from deep bins accurately without damaging the components.
  • Assembly, Locating, and Gluing
    Assembly, Locating, and Gluing
    Leveraging 3D and several advanced technologies, Mech-Mind provides comprehensive, cost-effective, and easy-to-deploy vision-guided gluing, high-precision locating, and assembly solutions for customers in automotive and manufacturing industry.

Cases

Videos
  • Mech-Eye LSR Industrial 3D Camera
    Mech-Eye LSR Industrial 3D Camera


  • Mech-Eye PRO 3D Camera Series
    Mech-Eye PRO 3D Camera Series

  • Mech-Eye NANO Industrial 3D Camera
    Mech-Eye NANO Industrial 3D Camera

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