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Mech-Eye Industrial 3D Camera

Mech-Eye Industrial 3D Camera with high performance can generate high-quality 3D data for various goods. Our model options can satisfy needs of ambient light resistance, high precision, high speed, and small sizes in different scenarios.
Mech-Vision Graphical Machine Vision Software

The new generation machine vision software can complete depalletizing, machine tending, order picking, etc. through a code-free graphical interface. Built-in advanced algorithm modules such as 3D vision and deep learning can meet complex and diverse practical needs.
Mech-Viz Intelligent Robot Programming Environment

The new generation 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.

Depalletizing and Palletizing

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.
Machine Tending

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.
Order Picking

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.
Logistic Parcels Picking

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.
Assembly, Locating, and Gluing

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

Vision-Guided Wheel Assembly for a Large Automotive OEM

Customer Demand

Wheel assembly is common on assembly lines for automotive OEMs, and traditional wheel assembly automation solutions require wheel positions and assembly positions to be fixed, with single SKU quantity, making it difficult to meet the flexibility requirements of the production line.

So the client expects robots to locate the tire position and assembly position, and to fit the incoming tire to the specified vehicle body. The client also expects to produce a wide range of models without using jigs to fix incoming materials.

AI+3D Vision+Intelligent Industrial Robot Solutions

1.With the 3D camera mounted on the robot arm (Eye in Hand), both the incoming material position and the assembly position can be handled simultaneously.

2.Integrated Mech-Mind 3D vision system, which allows robots to locate randomly-placed wheels of various sizes and to locate positions to be assembled at the same time, and then to assemble wheels in motion.

Smart Camera

Mech-Eye Pro S Enhanced

High speed and high precision with big field of view.

Can well recognize various objects (including objects with black or considerably reflective surfaces).

Applicable for typical scenarios with requirements for high precision (including industrial inspection and measurement and academic research, etc.).

Mech-Mind AI+3D+Industrial Robot Solutions

Wheel Assembly for a Large OEM

1.With the 3D camera mounted on the robot arm (Eye in Hand), both the incoming material position and the assembly position can be handled simultaneously.

Smart Camera

Mech-Eye Pro S Enhanced

High precision and anti-reflection.

Can well recognize various objects with dark surfaces and complex structures.

Able to handle various complex situations.

Advantages

Vision-Guided Wheel Assembly for a Large Automotive OEM

High Intelligence

Path Planning

Good Compatibility

With deep learning AI algorithms, robots can recognize wheels with considerably reflective surfaces (hub), black colors (tire) and unfixed positions, and recognize the assembly position in motion at the same time, and then fit wheels to the vehicle body.

Intelligent path planning algorithm helps robots plan reasonable motion paths and avoid collisions in a complex work site, ensuring stability.

Assembly in motion can be achieved together with the partner's supporting technology.

	High Intelligence
	With deep learning AI algorithms, robots can recognize wheels with considerably reflective surfaces (hub), black colors (tire) and unfixed positions, and recognize the assembly position in motion at the same time, and then fit wheels to the vehicle body.
	Path Planning
	Intelligent path planning algorithm helps robots plan reasonable motion paths and avoid collisions in a complex work site, ensuring stability.
	Good Compatibility
	Assembly in motion can be achieved together with the partner's supporting technology.