Place of Origin: | China |
Brand Name: | KEYE |
Certification: | NO |
Model Number: | KVIS |
Minimum Order Quantity: | 1 SET |
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Price: | Negotiable |
Packaging Details: | Fumigation-free wood |
Delivery Time: | 6 to 8 weeks |
Payment Terms: | L/C, T/T |
Supply Ability: | 1 set per 8 weeks |
Name: | Visual Inspection System For Li-Ion Battery Apperance | Brand: | KEYE |
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Condition: | New | After Sale: | Remote Service |
Warranty: | 1 Year | Test Report: | Provided |
Voltage: | Adapt To National Standard | Weight: | 500-1000kg |
OEM: | Yes | Loading Port: | Shanghai |
High Light: | Visual Inspection System AI Algorithm,Li-Ion Battery Visual Inspection System |
Visual Inspection System For Li-Ion Battery Apperance Flash Burr Defective
Equipment features:
1. AI algorithm: high stability, adapting to the environment and background disturbance; different defect samples can be automatically identified after training |
2. Dataization: Independent database, save multiple samples, analyze non-good products, and retain history |
3. Multi-orientation: 360 ° comprehensive inside and outside the samples |
4. High precision: detection accuracy can be high |
5. Modularization, can flexibly increase or decrease the detection function according to customer actual needs |
6. Easy to operate: It is easy to operate and easy to maintain |
7. Safety: Medical grade material manufacturing, fully compliant with medical supplies production environment |
Inspection principle
Lithium-ion batteries have developed rapidly in recent years, but due to the constraints of technology and production conditions, there is a big contradiction between production capacity and demand. At present, the detection method used for lithium battery pole pieces is basically full manual visual inspection. The way. However, there is a high probability of many defects after the pole pieces are processed. All pole pieces must be inspected before the battery lamination assembly, and the waste products, defective products (can be used after processing) and genuine products are identified and stored and processed separately.
The reliability, stability and efficiency of manual detection cannot be effectively controlled, and the labor cost during the epidemic is currently high, and the labor-intensive production directly restricts the low-cost production of lithium batteries. Due to the continuous shortage of human resources, labor costs remain high, and this status quo will continue, and the cost pressure of lithium batteries has not been released.
Inspection details
The lithium battery enters the next process through the mechanical structure regulation, and the line continues to advance after the feeding vibrating plate is regulated. Through the stepper motor control module, the conveying line advances into the detection part, the material triggers the sensor during the movement, and the camera captures the picture of the mouth of the lithium battery and processes it for identification. Then it enters the staggered cylindrical surface detection station. When the material is on the cylindrical surface monitoring surface, it will be driven to rotate by the fixture rotation mechanism. At this time, the line scan camera can take pictures of the entire cylindrical surface.
The interlaced shooting of line scan cameras can ensure that there will be no missed shots. Then it enters the BIN system for unloading. After all the inspections are completed, the NG and OK signals are transmitted to the PC to control the quick push rod for binning operation. Each fast push rod has an independent control system, which can accurately divide the BIN to the material loading. Battery appearance inspection equipment provides an effective solution for enterprises to ensure product quality.
Camera position
The system uses four cameras, the first camera is used to detect the width of copper tabs on the front of the battery pack, the width of copper tabs, the detection of copper tabs entering the shell, the width of aluminum tabs, the width of aluminum tabs, the width of aluminum tabs, and the width of aluminum tabs. Case detection, the width of the polar tabs, the second camera is used to detect the width of the front side seal of the battery pack, the presence or absence of the bottom seal, the detection of the sealing surface, and the detection of pinching.
Advantages of system
Contact Person: Ms. Amy Zheng
Tel: +86 17355154206/+86 186 5518 0887