Actual Use Cases

Case 1: Smart Retail Store Self-Checkout System

Background:

A retail chain hopes to improve customers' shopping experience, reduce waiting time in queues, and improve operational efficiency through a self-checkout system.

Solution:

The chain adopted the XTIOT XT738M barcode scanning engine, which was integrated into the self-checkout terminal using its contactless interface protocol and command/sensing mode.

Implementation steps:

Hardware installation: Install the XTIOT XT738M barcode scanning engine on the self-checkout terminal.

Software integration: 

Connect the scanning engine to the checkout system through the contactless interface protocol, and configure the command mode and sensing mode.

System testing: 

Conduct comprehensive functional tests to ensure that the scanning engine can accurately read product barcodes.

User training: 

Provide simple operation guidance to customers to ensure that they can use the self-checkout system smoothly.

Effects:

Improve efficiency: The contactless sensing mode reduces customers' waiting time and improves checkout speed.

Reduce errors: Automated barcode reading reduces manual input errors.

User experience: Contactless operation improves customers' shopping experience.

Data synchronization: Scanned data is uploaded to the backend management system in real time to facilitate inventory and sales data analysis.

Case 2: Medical industry drug management system

Background:

A hospital hopes to improve the accuracy and efficiency of its drug management, ensure the correct distribution of drugs, and reduce human errors.

Solution:

The hospital uses the XTIOT XT738M barcode scanning engine, which is integrated into the drug management system using its contactless interface protocol and command/sensing mode.

Implementation steps:

Hardware installation: Install the XTIOT XT738M barcode scanning engine in the drug storage and distribution area.

Software integration: Connect the scanning engine to the drug management system through the contactless interface protocol, and configure the command mode and sensing mode.

System testing: Conduct comprehensive functional tests to ensure that the scanning engine can accurately read drug barcodes.

Staff training: Train medical staff on system operation to ensure that they can use the new system correctly.

Effect:

Improve efficiency: The contactless sensing mode reduces the workload of medical staff and improves the efficiency of drug management.

Reduce errors: Automated barcode reading reduces errors caused by human operation.

Data synchronization: Scanning data is uploaded to the backend management system in real time to facilitate the monitoring of drug inventory and usage.