Enhancing Barcode Scanning Efficiency with Advanced Camera-Based Technology

In the ongoing debate within the Automatic Identification and Data Capture (AIDC) industry, the choice between traditional barcode scanners with dedicated imager or laser technology and modern smartphone or tablet-based camera scanning is pivotal. This article explores how integrating camera-based scanning technology can significantly enhance the Return on Investment (ROI) of traditional barcode scanners by boosting worker productivity and accuracy in data capture.

Despite the advancements in technology, about one-third of our clients continue to invest in traditional barcode scanners equipped with either imaging or laser scanning technology. This preference often stems from specific needs that these devices fulfill, such as:

• The precision of an aimer beam for targeting specific barcodes.
• The capability to read barcodes from extended distances.

It’s important to note that while camera-based technologies offer competitive scanning capabilities, traditional scanners still hold value in environments needing rugged devices, extensive battery life, and physical keys.

Recent years have seen remarkable improvements in camera-based scanning technologies, particularly with the introduction of our SD PRO scan engine. This engine is designed for use in smartphones and tablets, offering functionalities that rival and often surpass traditional scanners in terms of speed and accuracy. Key advancements include:

• Multiple Scanning Modes:
  • Batch Mode – scans up to 200 barcodes in a single camera view, with the option auto-submit or manually submit after review
  • Framing Mode – an adjustable frame only scans when the entire, targeted barcode is in the frame.
  • Selecting Mode – scans all the barcodes in a camera view, then select the right one(s) from a list
  • Targeting Mode – a small, visual marker is used to target a specific barcode among many within a camera view
  • Fusion Mode – enables Smart Scan technology for one or more scanning modes
• Smart Scan Technology: This feature enables the creation of custom filters to ensure only the correct barcodes are captured, significantly reducing errors and improving efficiency.

By incorporating camera-based scanning into devices already equipped with traditional scanning technology, businesses can optimize their data capture processes. This hybrid approach not only improves the speed and accuracy of barcode scanning but also enhances overall productivity. Here are practical applications of this combined technology:

• Solar Panel Installation: Using Batch Mode, a solar panel installer can efficiently scan multiple serial numbers from a single camera view, drastically reducing time and errors compared to individual barcode scans.
• Warehouse Inventory and Stocktaking: In environments where multiple barcodes are located close together, Smart Scan filter sets can be applied to ensure the accurate capture of the correct barcodes, while traditional scanners can be used effectively for distance scanning.

The integration of camera-based scanning technology into traditional scanning systems represents a significant leap forward in the AIDC industry. By adopting these advanced technologies, businesses can achieve higher accuracy, faster processing, and ultimately, a greater ROI from their barcode scanning systems.

This article has outlined the benefits and practical applications of enhancing traditional barcode scanners with modern camera-based technology. As technology continues to evolve, it’s crucial for enterprises to stay updated with these advancements to maintain competitive efficiency in their operations.