Project Overview:
1Before die-cutting, issues such as film surface damage, peripheral damage (film tearing, edge curling), ear damage, excess material, exposed white areas, creases, hard creases, material shedding.Leak bottomInspect for defects, detectNGAs scheduledNGSignal toPLCPerforming kick sampling.
2After die-cutting, measure the long and width of the die-cut sheets, as well as the polar ear, etc.
Performance Features:
Improper Name | Poor Quality Classification | Evaluation Criteria |
Cell plate damaged | 1. Perimeter damage (polar plate tearing, edges with curled over edges) | Not applicable |
Damaged ear loops | 1. Perimeter damage | a≤3mm |
b≤3mm | ||
2. Progressive damage | No content allowed | |
Scrap materials, Bleeding edges | Scrap material, Bleeding edges | 0mm≤a≤2mm |
wrinkle | Stiff pleat Base foil crease | No restrictions |
Material shortage | Cut-to-length materials | a*b: ≤141*0.5mm available |
Size defect | Dimensional defect | \ |
Edge burr | Length ≤ 10 μm | |
Leak bottom | Bottom leak | Bumps/Depressions: ≤1mm2 |
Battery anode sheet appearance inspection is achieved with two line scan cameras for simultaneous double-sided detection, with speed reaching210pcs/min
Primarily applied in the lithium battery and other new energy industries.
System Configuration
Name | Quantity | Specification Model |
Linear Scanner | 2 | Dalsa Line Scan Camera2K,4K,8K,16 Optional) |
Linear Scan Camera | 2 | Line Scan Camera35mm |
Area Array Camera | 1 | 500WPixel |
Light Source | 2 | Line-scan light source and open-back lighting |
Software | 1 | Yale立德High-Speed Sheet Inspection Visual Standard Software |
