TSC MB241 Series
Description
Positioned as a light industrial solution, the MB241 Series combines a robust all-metal print mechanism with a compact footprint, making it ideal for operations that require industrial performance without the size of full-scale machines.
Supporting both Thermal Transfer and Direct Thermal printing, the series offers flexibility for a wide range of labelling needs—from durable product labels to standard logistics applications.
Designed for efficiency, the MB241 features a bifold media door, reducing required operating space by up to 24%, while still supporting large media rolls (up to 8-inch OD), ensuring longer print runs and reduced downtime.
Advanced capabilities such as TSC Sense Care smart monitoring provide real-time diagnostics, helping track printhead health and reduce maintenance interruptions.
With strong connectivity options and automatic printer language emulation, the MB241 Series integrates easily into existing systems, making it a scalable solution for growing operations.
🔹 Key Benefits:
- Industrial-grade performance in a compact design
- Dual printing: Thermal Transfer & Direct Thermal
- All-metal print mechanism for durability
- High-speed printing up to ~12 ips (304 mm/sec)
- Large media capacity (up to 8-inch roll)
- Space-saving bifold design
- Smart monitoring with TSC Sense Care
- Flexible connectivity (USB, Ethernet, RS232, optional wireless)
🔹 Ideal Applications:
- Warehouse and logistics operations
- Manufacturing and production labelling
- Retail distribution centres
- Healthcare and compliance labelling
🔹 Available Configurations:
The TSC MB241 Series includes multiple models such as:
- MB241 (203 dpi) and MB341 (300 dpi)
- Thermal Transfer variants (MB241T / MB341T)
- Optional features: cutter, peeler, linerless, RFID upgrades
- Multiple connectivity and display options
🔹 Why Choose TSC MB241 Series?
The MB241 Series is an ideal choice for businesses that need industrial reliability in a compact footprint, offering high performance, flexibility, and advanced monitoring without the cost and size of heavy industrial printers.