Toshiba TEC B-FV4T-TS14-QM-R
300 dpifree shipping
Delivered between Wed, 30.4. and Fri, 2.5.
More than 10 items in stock at supplier
More than 10 items in stock at supplier
Product details
The Toshiba TEC B-FV4T-TS14-QM-R is a powerful label printer that operates in both direct thermal and thermal transfer modes. With a maximum print width of 105.7 mm and a print speed of up to 152.4 mm per second, this device is ideal for applications that require fast and efficient labeling. The printer offers a high resolution of 300 dpi, resulting in clear and precise print results. It supports various media types, including labels, continuous paper, and receipt paper, making it versatile for different uses. Connectivity options include USB 2.0 and LAN, allowing for easy integration into existing systems. Weighing 2.4 kg and featuring compact dimensions, the printer is designed for desktop use and can be seamlessly integrated into various work environments.
- Print technology: Direct thermal and thermal transfer
- Maximum print width of 105.7 mm
- Print speed of up to 152.4 mm/second
- High print resolution of 300 dpi
- Versatile media support for various label formats.
Application range | Desktop |
Max. print width | 105.70 mm |
Printing technology | Direct thermal / thermal transfer |
Printout | Black and white |
Item number | 30560446 |
Manufacturer | Toshiba |
Category | Label printer |
Manufacturer no. | 18221168799 |
Release date | 19.4.2021 |
External links |
Application range | Desktop |
Printing technology | Direct thermal / thermal transfer |
Print speed | 152.40 mm/s |
Print resolution | 300 dpi |
Printout | Black and white |
Max. print width | 105.70 mm |
Tape type | Roll |
Paper / media width | 110 mm |
Roll diameter | 127 mm |
Connections | USB 2.0, WLAN |
Power supply | Electrical connection |
Country of origin | China |
Manufacturer commitment | SBTi |
CO₂-Emission | |
Climate contribution |
Scope of delivery | Power supply |
Length | 280 mm |
Width | 221 mm |
Height | 183 mm |
Weight | 2400 g |
Specifications may include unverified machine translations.