Advanced Image Sensor Barcode Recognition Engine for Inventory Management
Description:
The advanced image sensor barcode recognition engine plays a crucial role in inventory management. This engine combines advanced image sensor technology with barcode recognition algorithms to efficiently read and decode barcodes, enabling accurate inventory management.
Traditional barcode recognition engines rely mainly on optical scanning devices, but the advanced image sensor barcode recognition engine utilizes high-resolution image sensors to capture and decode barcodes more accurately. It can handle barcodes of different sizes, shapes, and quality, and achieve efficient recognition under various lighting conditions.
In inventory management, the advanced image sensor barcode recognition engine can be integrated with inventory systems to achieve real-time inventory tracking and management. By scanning barcodes, the engine can accurately identify the unique identifiers of each product, including product names, specifications, production dates, etc. This enables rapid recording and updating of inventory information, ensuring the accuracy and reliability of inventory data.
Furthermore, the advanced image sensor barcode recognition engine can also be applied to batch management and identification of expired products. By reading batch information from barcodes, it allows for tracking and management of batches, ensuring product compliance and quality. Additionally, by recognizing barcodes of expired products, timely actions can be taken to avoid inventory accumulation and losses.
In summary, the advanced image sensor barcode recognition engine is of significant importance in inventory management. It utilizes high-resolution image sensors and advanced algorithms to achieve accurate and efficient barcode recognition, providing a reliable solution for inventory tracking, batch management, and identification of expired products.
Specification:
| Image Sensor | Black & White CMOS |
| Pixel | 1280(H)× 800(V) |
| Shutter | global exposure |
| Frame | 60fps |
| Illumination | White |
| Aim | LED |
| Field of View | H 39.5°,V 26.1° |
| Readable Code System | 2D | Aztec Code,Han Xin Code,Data Matrix,Maxi Code,Micro QR Code,QR Code, etc. |
| | 1D | Standard 1D Barcode |
| | Postal Code | Australian Post,British Post,China Post,Japanese Post,KIX Post,Korea Post,Planet Code,Postnet,Royal Mail Code (RM4SCC), etc |
| Typical reading depth of field* | EAN-13(13mil) | 50~530mm |
| | Code 39(20mil) | 50~835mm |
| | Code 39(10mil) | 70~420mm |
| | Code 39(5.5mil) | 80~305mm |
| | Code 39(3.9mil) | 70~195mm |
| | Data Matrix(15mil) | 55~375mm |
| | Data Matrix(10mil) | 55~270mm |
| Reading Accuracy* | 1D:2.5mil,Data Matrix:5mil,PDF417:3mil |
| Reading Contrast* | ≥20% |
| Reading Angel** | pitch | ±60° |
| | tilt | ±180° |
| | skew | ±60° |
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Advanced CMOS Image Sensor Barcode Scan Engine For Inventory Management Images
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