Industrial Testing Instruments
Vacuum Chamber Leak Detection System
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Vacuum Chamber Leak Detection System for Buttom Cell

  • Vacuum Chamber Leak Detection System for Buttom Cell
Vacuum Chamber Leak Detection System for Buttom Cell
+
Vacuum Chamber Leak Detection System for Buttom Cell
+
  • Vacuum Chamber Leak Detection System for Buttom Cell

Vacuum Chamber Leak Detection System for Buttom Cell

This equipment is suitable for testing the air tightness of cylindrical steel-cased lithium battery products (hereinafter referred to as batteries). The whole stack of pallets with batteries shall be manually put into the loading area, then the individual pallets will be conveyed to the helium compression station and put into the helium compression box for helium compression; then the mechanical arm will grab the pallets and put them into the helium compression station; the batteries after helium compression will flow to the testing station after blowing and resting; after scanning the QR codes of the battery cells, they are loaded into the vacuum chamber for gas tightness testing of helium mass spectrometer; after VOC testing, the inspected batteries will be determined to be qualified or NG; the qualified workpieces will put back into the material box, and the material box will flow out with the line. Specific NG materials shall be rechecked manually or with manual equipment.
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Product advantages

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Core independence and self-controllability, full-chain demand customization.

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Intelligent human-machine interaction, effortless data management.

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Automatic loading/unloading and transmission, precise and rapid leak detection.

Product Details

Introduction of Vacuum Chamber Helium Leak Detection System
This equipment is suitable for testing the air tightness of cylindrical steel-cased lithium battery products (hereinafter referred to as batteries). The whole stack of pallets with batteries shall be manually put into the loading area, then the individual pallets will be conveyed to the helium compression station and put into the helium compression box for helium compression; then the mechanical arm will grab the pallets and put them into the helium compression station; the batteries after helium compression will flow to the testing station after blowing and resting; after scanning the QR codes of the battery cells, they are loaded into the vacuum chamber for gas tightness testing of helium mass spectrometer; after VOC testing, the inspected batteries will be determined to be qualified or NG; the qualified workpieces will put back into the material box, and the material box will flow out with the line. Specific NG materials shall be rechecked manually or with manual equipment.
Features of the Vacuum Chamber Helium Leak Detection System
1. High degree of automation
2. Single machine with a capacity of 20PPM
3. Low manual workload
4. High degree of informatization
Composition of the Vacuum Chamber Helium Leak Detection System
The solution consists of a helium compression tank, a leak detection tank, a VOC detector, a helium mass spectrometer leak detector, an automation mechanism, and a line body.
Application of the Vaccum Chamber Helium Leak Detection System
Cylindrical steel-cased lithium battery

 

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