Select a suitable barcode scanner for the harsh industrial environment

In industrial environments, barcode scanners are essential for efficiency and accuracy. This guide will help you select the right barcode scanner, highlighting the R1 family of Rakinda designed for demanding environments.

The QR code scanning module adapted to the industrial environment mainly considers the scanning speed, resolution and error rate to ensure accuracy and efficiency. Of course, it is also very important for reliability and durability. For harsh environments, a scanner with high environmental adaptability and anti-interference ability must be selected.

Improve reliability and service life by selecting the right scanner type, high performance engine, powerful light source, high quality lenses and advanced algorithms to improve performance and adopt waterproof, dust and shock features.

The Rakinda’s R1 series provides a powerful solution that performs well under these conditions, ensuring high recognition accuracy and stability even if the barcodes are damaged or distorted. Protective functions such as water-proof, dustproof and shockproof can enhance durability.

Advantages of the Rakinda R1 series:
High-resolution image sensor:
-R1-1 series: 12801024 CMOS
-R1-2 series: 23681760 CMOS

Advanced decoding function: support various 1D and 2D barcodes, including QR code and data matrix.

high-performance:
-R1-1:60 frames / s, up to 80 codes / s.
-R1-2:30 frames / s, up to 60 codes / s.

Durability: IP67 dustproof and moisture-proof grade. Operating in a temperature range of 0℃ to + 50℃ and stored at-30℃ to + 70℃.

Multifunction connection: including SmartSDK, TCP, serial, FTP, Profinet, Ethernet / IP, and ModBus for easy integration.

Choosing suitable barcode scanners for an industrial environment may be challenging. By understanding the features and strengths of the Rakinda R1-1 and R1-2 series, evaluating your specific environments and applications, comparing specifications, and considering budgets and ROI, you can make informed decisions. Implementing best practices for installation, maintenance and training will ensure optimal performance and reliability even under the worst conditions.