Robot Vision Capabilities

robot vision capabilities

Kinte embeds robot vision systems in automation applications to continuously improve industrial intelligence, and has successively applied in robot 2D vision, 3D vision, laser positioning guidance vision and laser vision gluing in the automotive industry. For example, roof grabbing, front floor/rear floor grabbing, stringer grabbing, roof gluing laser real-time inspection, etc.

Robot 2D Vision

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Robot 3D Vision

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Robotic 3D Laser Vision

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Robotic 3D Laser Vision

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Robot vision case

Case 1

Models: 4 models collinear (up to 8 models)

Tempo: 70JPH

Part type: left and right longitudinal beams

ROBOT: FANUC

PLC: Mitsubishi

Vision type: 3D laser vision

Scan matching speed: 7 seconds

External light source: not required

Technical Features:

1. 5 people designing the whole line

2. 3D laser visual recognition and capture of workpiece at any angle and any position

3. The visual gripper robot automatically grabs the upper part on the conveyor belt

4. The vision system uses intelligent high-speed algorithms to quickly identify and match and improve the beat;

5. Parts are conveyed by automatic palletizing

6. Solder joint inspection is automatically detected by visual camera

Case 2

Model: three models

Tempo: 30JPH

Part type: underbody combination

ROBOT : FANUC

PLC: Mitsubishi

Vision system brand: Cognex

Vision type: 2D vision

Photo matching speed: 15 seconds

External light source: required

Technical Features:

1. Use high-precision material rack + visual guidance system to guide the grasping parts;

2. The camera is installed on the robot to move the measurement scheme;

Case 3

Models: 4 models collinear

Beat: 30JPH for the first phase, 40JPH for the second phase

Part Type: Cabin Stringer

ROBOT : ABB

PLC : Siemens

Vision System Brand: ISRA

Vision type: 3D vision

Photo matching speed: 5 seconds

External light source: required

Technical Features:

1. Use high-precision material rack + visual guidance system to guide the grasping parts;

2. The mobile measurement scheme where the camera is installed on the robot.