The innovative Motorola CS3000 series products enable enterprises to easily achieve one-dimensional laser scanning in places where traditional scanning devices are limited by mobility, cost, and size. This extremely small device is reasonably priced and can be carried in a pocket or hung on a rope. The CS3000 series products can be used for batch scanning of barcodes in standalone mode, while the CS3070 not only provides batch mode, but also enables real-time transmission of barcode data to host applications through wireless Bluetooth connection to smartphones, laptops, and other devices. This greatly improves the economy of one-dimensional scanning, and also elevates the ability to improve efficiency, error detection, and simplify more business processes to a new level.
Flexible mobile one-dimensional laser scanner
The mobile barcode scanner has two operation modes: batch uploading data to the host later, or capturing data and transmitting it to the host application in real-time through wireless Bluetooth connection to smartphones, PDAs, and laptops

Long battery life
Within the battery life, it can perform 24-hour batch processing/12 hour Bluetooth mode, and a single charge can ensure at least the scanning performance throughout the entire shift

Simple two key design
Easy to use and carry - almost no training required

compact and lightweight
Can be placed in a pocket or hung on a neck rope, weighing only 2.45 ounces/70 grams

Easy to integrate with host devices
Batch USB connections or wireless Bluetooth enable compatibility with almost all host devices

512MB non-volatile memory
Capable of storing over one million scans, ensuring successful data preservation - suitable for almost all batch operations

Excellent scanning performance
Simple and intuitive, easy to use - just tap, click, and scan; Even dirty, damaged, and low-quality barcodes can be easily captured

Enterprise durability: 4 feet/1.2 meters drop resistant specification; 250 rolls (500 drops) @ 1.64 feet/0.5 meters; IP40 sealing
Ensure reliable operation even in the event of inevitable drops and impacts in practical applications