cab printer SQUIX 4.3 P - dispenser, rewinder
- printing method:
- direct thermal, thermal transfer
- max. print width:
- 108.4 mm
- max. print speed:
- 300 mm/s
- interfaces:
- LAN, USB, USB-Host, WLAN, serial (RS-232)
Advantages of cab SQUIX4.3:
- Reliable printing due to built-in high-speed processor
- High user-friendliness thanks to intuitive touch display
- Permanent sensor monitoring of the ribbon consumption
- Standard WLAN function
User-friendliness as a new standard – the cab SQUIX 4.3
The SQUIX 4.3 is the further developed successor of the cab A4+ series and offers you familiar reliability with new technology and a new level of usability. The SQUIX 4.3 prints for you with 300 dpi print resolution and is therefore suitable for printing small texts, high-resolution graphics and barcodes.
The highlights of the SQUIX 4.3 are the intuitive menu structure and the 4.3 LCD touch display, with which the printer can be easily set up and operated. Optimized firmware, a powerful processor and a robust housing make the SQUIX 4.3 the optimal solution for label printing in industrial environments and equip the model against shocks, dirt and other demanding conditions.
Advantages of cab SQUIX4.3:
- Reliable printing due to built-in high-speed processor
- High user-friendliness thanks to intuitive touch display
- Permanent sensor monitoring of the ribbon consumption
- Standard WLAN function
User-friendliness as a new standard – the cab SQUIX 4.3
The SQUIX 4.3 is the further developed successor of the cab A4+ series and offers you familiar reliability with new technology and a new level of usability. The SQUIX 4.3 prints for you with 300 dpi print resolution and is therefore suitable for printing small texts, high-resolution graphics and barcodes.
The highlights of the SQUIX 4.3 are the intuitive menu structure and the 4.3 LCD touch display, with which the printer can be easily set up and operated. Optimized firmware, a powerful processor and a robust housing make the SQUIX 4.3 the optimal solution for label printing in industrial environments and equip the model against shocks, dirt and other demanding conditions.