Application in the fast-moving consumer goods industry
In the production, packaging, warehousing, transportation and retail of fast-moving consumer goods, barcodes and QR codes play a very significant role. High-speed code reading and batch code reading are pain points in the industry. We utilize ai technology and specially designed optical imaging to achieve efficient and accurate code reading. The advanced and flexible light source system, as well as the diverse packaging materials and coding methods, can all be easily handled.


Project Requirements:The QR codes on the bottle caps of the entire case of beverages can be read in batches
Project difficulties:Simultaneous reading of multiple codes (more than 15 pieces), different bottle cap colors, motion reading, uneven reflection
Coding process:Inkjet coding has problems such as sparse dots, thick ink and ink overflow
Solutions and advantages:We adopt the VS2000P code reader and strip light source. The 20MP resolution enables an ultra-wide field of view, allowing for simultaneous reading of bottle cap codes within the field of view. The low-angle strip light source solves the reflection phenomenon, and the depth decoding algorithm is compatible with the stable decoding of the imaging of bottle caps of the same color. Achieve a code reading rate of 99.99%


CASE 1
Project Requirements:High-speed reading of beer and beverage bottle caps
Project difficulties:At a high-speed movement of 1m/s, with small intervals for reading, there are high and low bottles, and at the same time, there is a reflective phenomenon.
Solutions and advantages:We use multiple VS1000P code readers in a network, supporting ultra-high-speed reading, with the maximum code reading frame rate reaching up to 60 fps. Multiple code readers are networked and installed at different angles to increase the field of view and reduce reflection from multiple angles. The code reading rate reaches 99.99%.
CASE 2
Coding process:Inkjet coding has problems such as sparse dots, thick ink and ink overflow









