Self-checkout Kiosk

Transform functionality retail operations with our intelligent Self-checkout Kiosk.

  • Operating Frequency: 902 - 928 MHz (customizable)
  • Reading Distance: Up to 50 cm (tag-dependent)
  • RF Output Power: Max 30 dBm, configurable in 1 dBm steps
Quotation / Buy

Description

Transform functionality retail operations with our intelligent Self-checkout Kiosk. Combining loss prevention with seamless customer experience, this solution features automated RFID scanning that instantly verifies potential skipped items, reducing shrinkage while speeding up the checkout process by 40%.

Features

  1. Automated RFID scanning
  2. Loss prevention integration
  3. Speed up checkout by 40%

Applications

  • Self-Service Checkout
  • Smart Retail
  • Library Self-Checkout
  • Quick Service Restaurants

Technical Specifications

Format
Hardware
Scanner
Automated RFID scanning
Checkout Speed
Up to 40% faster
Integration
Loss prevention
Application
Retail and library self-checkout
Operating Frequency
902 - 928 MHz (customizable)
Power Supply
220 V
RF Output Power
Max 30 dBm, configurable in 1 dBm steps
Reading Distance
Up to 50 cm (tag-dependent)
RFID Tag Read Speed
≤ 1.5 s
Operating System
Windows/Linux
Main Controller
Mini PC
Display
24 inch touchscreen
Cover
Wood
Dimensions (H x W x L)
1532 x 468 x 487 mm
Weight
35 kg
Operating and Storage Temperature
-30 °C ~ +60 °C

RESOURCES

RFID Tools & Documentation

Access our SDK, reader connectivity tools, and user guides to integrate and deploy RFID solutions effectively.

Nextwaves NRN Protocol SDK

Our open-source SDKs for TypeScript, Python, and Go provide complete integration with Nextwaves NRN protocol RFID readers. Build inventory applications, asset tracking, and real-time tag monitoring with minimal setup.

View on GitHub

GS1 EPC Tag Encoding Reference

Detailed reference for SGTIN-96, SSCC-96, GRAI-96 and other GS1 EPC encoding schemes. Includes check-digit calculation, company prefix lookup, and Digital Link URI generation for seamless supply chain integration.

Try EPC Encoder