Superlead Barcode Embedded Scanner

Flexible embedded structure design can meet the requirements of various embedded scanner, including but not limited to fixing embedded code readers on machines and equipment from inside and outside. The embedded qr code scanner is integrated into the self-service cash register and applied to large supermarkets, which is convenient for citizens to pay by self-service cash register. Integrated to bus, subway and highway toll collection offices, providing a stable and reliable code scanning experience for high-frequency code scanning scenarios; Integrated into various self-service terminals, including cash registers, vending machines, express cabinets, registration machines, etc., to help build a "smart city".

Types of Barcode Embedded Scanner

Superlead 7110N Ultra Thin Embedded Code Scanner

Superlead 7100N Omnidirectional 1D/2D Embedded Barcode Scanner

Superlead 7120N Mini 2D Barcode Scanner For Subway

Superlead 7160N Mini Kiosk 2D Barcode Scanner QR Code Scanner

Superled 7130 Omnidirectional CMOS Embedded Scan Module Qr Code Reader

Superled 7161WP IP54 Water Proof Embedded 2D Barcode Scanner

Superlead 4200N Small Fixed Mount 2D Barcode Scanner

Superlead 4210 Hign Performance 2D Barcode Scanner Embedded For Kiosk

SuperLead 73IS-HPS Circular embedded code scanner

Superlead 4100N 2D Barcode Scanner Embedded Scanner For Gates And Self-service Machine

SuperLead 72ISM-HPS Light And Thin Embedded Code Scanning Platform

Superlead 4108WP IP54 Water Proof 2D Barcode Reader QR Code Reader

72CJ-HPS Desktop Scanner

Superlead 7108 Super Mini Size 2D Barcode Scanner QR Code Reader

Superlead 7130 Long Distance Embedded Code Scanning Platform

Superlead 7168MS Sapphire Glass Embedded Code Scanner

Types of Embedded QR Code Reader

Superlead 7160N Mini Kiosk 2D Barcode Scanner QR Code Scanner

Superlead 4108WP IP54 Water Proof 2D Barcode Reader QR Code Reader

Superlead 7108 Super Mini Size 2D Barcode Scanner QR Code Reader

How does a 2D barcode scanner work?

The light emitted by the light source is irradiated onto the bar code symbol through the optical system, and the reflected light is imaged on the photoelectric converter through the optical system, so as to generate an electrical signal. After the signal is amplified by the circuit, an analog voltage is generated, which is proportional to the reflected light irradiated on the bar code symbol. After filtering and shaping, a square wave signal corresponding to the analog signal is formed, which is interpreted by the decoder as a digital signal that can be directly accepted by the computer.