CK67:5G+WIFI6E 4,3 POLEGADAS 53-TASTEN ALPHANUM. 8/128GB FLEXRANGEXLR

For demanding logistics, warehousing, and field operations, the Honeywell CK67-X1N-5ES1D0G stands apart with its combination of 5G cellular connectivity, Wi-Fi 6E, and an extended-range FlexRange XLR barcode imager. Unlike typical handhelds that compromise on either speed or scanning distance, this device delivers both, ensuring workers stay productive even in large facilities or outdoor yards.

Highlights

• 5G and Wi-Fi 6E for ultra-fast, low-latency data transfer
• 4.3-inch touchscreen with 53-key alphanumeric keypad for efficient data entry
• FlexRange XLR imager scans 1D/2D barcodes from near contact to over 20 meters
• 8GB RAM and 128GB flash storage handle demanding applications with ease
• Rugged design with IP65/IP67 sealing and 1.8m drop resistance

In daily use

Operators will appreciate the CK67's balanced form factor and responsive touchscreen, which can be used with gloves or in the rain. The alphanumeric keypad allows rapid input of part numbers or quantities without switching to an on-screen keyboard. The integrated GPS and Bluetooth 5.x support location tracking and pairing with headsets or printers, while the removable battery ensures continuous operation across shifts.

Full specifications

• Brand: Honeywell
• Model: CK67-X1N-5ES1D0G
• MPN: CK67-X1N-5ES1D0G
• Product type: Industrial mobile computer
• Cellular: 5G
• Wi-Fi: Wi-Fi 6E (802.11ax)
• Display: 4.3-inch touchscreen
• Keyboard: 53-key alphanumeric
• RAM: 8GB
• Storage: 128GB flash
• Scanner: FlexRange XLR extended range imager (1D/2D)
• Operating system: Android
• Bluetooth: 5.x with BLE
• GPS: Integrated GNSS
• Durability: IP65/IP67, 1.8m drop to concrete
• Battery: Removable, long-life
• Ports: USB-C
• Expansion: microSD card slot (inferred)

Final note

The Honeywell CK67 is a future-proof investment for enterprises needing reliable, high-speed data capture in challenging environments. Its extended-range scanning and rugged build reduce downtime and improve workflow efficiency.