Entering the TWh age, the production capacity of the power battery has scaled up quickly. Battery companies have higher requirements for product safety, performance, and quality control. Lithium battery manufacturing is multi-step with large numbers of inspection parameters. Besides, the manual handling is inefficient and is prone to damage the parts.

XYZ robotics' 3D vision solutions greatly improve the reliability, stability, and efficiency of battery production, while reducing the increasing labor costs.

High-quality production

High-precision vision and stable recognition

Handle various requirements

Draw modules easily and get real-time display on the interface of the software

Typical application
Size inspection of battery cells

The customer requires to inspect the length and width of battery cells with a high precision of ±0.1 mm. The battery cell is 550 mm * 135 mm with a reflective film.

  • Ring lights and backlighting create a clear inspection scenario
  • 2D industrial camera and inspection algorithm lead to accurate and efficient inspection
Rubberizing inspection of battery cells

The customer requires to inspect the position of release papers and whether they have been successfully peeled. The inspection area is 555mm * 160mm, and the precision requirement is ±0.1 mm.

  • 2D camera mounted on a slide guide fully covers the inspection path
  • The innovative lighting solution helps accurate recognition by light and shade effects and with vision algorithm
Gluing inspection of side plates

The customer requires to inspect the size of the glue segment and whether it breaks or lacks. The inspection area is 800 mm * 600 mm, and the precision requirement is ±0.5 mm.

  • Precise recognition and full coverage of the gluing inspection with 16 fixed-point shoots by a 5-megapixel color camera
  • The innovative lighting solution helps accurate recognition by light and shade effects and with vision algorithm
Before-welding localization and inspection of side plates

The customer requires to localize side plates before welding and inspect seams between side plates and cell modules with a high precision of ±0.1 mm. There are many inspection points with short intervals.

  • Recognize welds and features of parts precisely with a 12-megapixel camera
  • Calculate and correct the offset quickly and accurately by powerful vision algorithm
Typical case

To accelerate the advent of autonomous robotic perception and manipulation

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