With advanced technologies including 3D vision, deep learning, and motion planning, Mech-Mind provides complete solutions to machine-tending.
Machine-tending：Pick metal parts and load them to the machine.
Compared with other alternatives, our solutions help customers save 60% to 80% cost.
State-of-the-art vision algorithms enable robot to handle various metal parts in different shapes and different sizes.
Support for metal parts with reflective or dark surface.
Metal parts can be randomly located or tightly packed.
Collision checking algorithm and motion planning algorithm are integrated in the intelligent programming environment Mech-Viz. Never worrying about collision or singularity.
4.Plug and play, easy to use
Mech-Viz is a revolutionary robot programming environment. No-experts can manipulate robots after simple training.
|Speed||up to 30 pieces/min|
Support for objects in different sizes and different shapes
|Payload||Depend on the payload of robots|
|Robot brand||Work in concert with all robots from major vendors|
|New objects training||High training speed|
|Calibration||Automated calibration with high accuracy|
|Service||Gripper designing, robot selecting, etc.|
Smart camera Mech-Eye, 3D vision software Mech-Vision, Intelligent Programming Environment Mech-Viz are included.
（Depends on your requirements）
|3D Resolution Ratio||1280 x 1024|
|2D Resolution atio||1280 x 1024|
|Recommended Distance||0.8m - 2m |
|FOV||39° x 24°|
|Applications||1.Machine tending；2.Locating and quality inspection|
|Customized Service||Smart camera can be customized|
Thanks to advanced algorithms, our solutions achieve high performance for objects recognizing.
Clustered Metal Parts
3D Vision Software Mech-Vision
Graphical editor allows users to adjust the vision program without any coding.
Intelligent Programming Environment Mech-Viz
1.Different from traditional code-based programming software, Mech-Viz is a pure graphical codeless programming environment. With Mech-Viz, non-experts can manipulate robots after simple training.
2.Collision checking, grasp planning, and motion planning are integrated.