Kannettava kämmentietokone CipherLab 8001

The CipherLab 8001 handheld mobile computer is a pocket-sized data collection device designed for barcode scanning, inventory management and field operations. It features a compact housing with a 100 x 64 pixel display, numeric keypad, integrated barcode reader, 0.002 GB internal/flash memory and runs on the CipherLab Operating System (cOS). Weighing 0.12 kg, the 8001 is lightweight and built for routine AIDC tasks in retail, warehousing and route accounting.

Advantages

The CipherLab 8001 combines small dimensions and low weight with fast, accurate barcode scanning and straightforward data handling. Its durable design and simple feature set deliver long-term value at a low investment. The device is available with a rechargeable battery, enabling continuous everyday use without frequent battery replacements.

Suitable for

• Retail order pickup and shelf labeling
• Warehouse picking and inventory counts
• Ticket dispensing and route accounting
• Mobile data capture and batch upload workflows

Key specifications

• Model: CipherLab 8001 (MPN: A8001RSC00002)
• Display resolution: 100 x 64 pixels
• Operating system: CipherLab Operating System (cOS)
• Memory: 0.002 GB internal/flash
• Input: Numeric keypad
• Integrated barcode reader
• Weight: 0.12 kg
• Connectivity: No Wi‑Fi, No Bluetooth
• Touchscreen: No
• Colour: Black

How to use

Power on the CipherLab 8001 and use the numeric keypad to navigate menus shown on the 100 x 64 display. Aim the integrated barcode reader at barcodes to perform scans; captured data can be stored in internal memory for later batch upload. Use the device for sequential tasks such as order picking, inventory counting or ticket dispensing by scanning items and following on-screen prompts. Recharge the unit as needed to maintain continuous operation.

Recommendations

For reliable daily operation, store the device in a protective pocket when not in use, perform routine firmware or configuration updates via your organization’s deployment tools, and schedule regular batch uploads to prevent internal memory overflow.