Label printer TSC TH240 — Direct thermal / Thermal transfer, 203 x 203 DPI, 203 mm/s, Wired & Wireless (Ethernet, Wi‑Fi, Bluetooth 5.0)

The TSC TH240 is a compact desktop label printer that supports both direct thermal and thermal transfer printing. It delivers a maximum resolution of 203 x 203 DPI and a top speed up to 203 mm/s, with a maximum print width of 108 mm. The unit features multiple wired and wireless connectivity options including Ethernet LAN, Wi‑Fi, Bluetooth 5.0 and USB, and comes in a black, space-saving housing designed for retail, logistics, warehousing and office labelling tasks.

Advantages

The TH240 combines dual printing modes for flexible media use and steady throughput at up to 203 mm/s. Built-in support for a wide range of 1D and 2D barcode formats, UTF‑8 TrueType fonts and a high-precision media damper ensure clear, consistent print output. Integrated connectivity options and out-of-the-box language emulation simplify integration into existing systems. The printer also includes user-friendly maintenance features such as toolless thermal printhead and platen roller replacement and diagnostic tools to reduce downtime.

Suitable for

• Retail shelf and price labeling
• Small to medium warehousing and shipping labels
• Inventory and asset tagging in offices or light industrial settings
• Healthcare sample and specimen labeling where compact, cleanable devices are required

When it may not be suitable

The TH240 is intended as a desktop printer for low- to medium-volume label production. It may not be suitable for very high-volume industrial print environments that require enterprise-class throughput or wider print widths than 108 mm. If your workflow demands specialised industrial features beyond the available optional kits or a higher native resolution than 203 DPI, consider an alternative model tailored to those requirements.

Key specifications

• Print technology: Direct thermal and thermal transfer
• Maximum resolution: 203 x 203 DPI
• Maximum print speed: 203 mm/s
• Maximum print width: 108 mm
• Media width supported: approximately 15 mm to 120 mm (optional adaptors can support narrower labels)
• Connectivity: Ethernet LAN, Wi‑Fi, Bluetooth 5.0, USB, USB Host, RS232
• Memory: DRAM and flash (manufacturer-provided configuration)
• Display: LED status indicators
• Weight and size: compact desktop form factor, about 2.8 kg, black housing
• Maintenance features: toolless printhead and platen roller replacement, ribbon low warning

How to use

Install the TH240 on a stable desktop surface and connect power and the desired data interface (USB, Ethernet, Wi‑Fi or Bluetooth). Load label media and, if required, a thermal transfer ribbon following the media guides. Configure printer settings via the device control panel, the embedded web interface or companion utility software to match label size, print darkness and media type. Use the included or downloadable drivers and tools to integrate with your printing software; test print a sample label and adjust the heater and DPI settings for optimal clarity. Regularly monitor consumable levels, run the built-in diagnostics and perform simple toolless maintenance as described in the user manual to keep uptime high.

What to consider before purchase

• Expected monthly print volume to ensure the desktop-class throughput meets your needs
• Required label width and whether the 108 mm maximum print width covers your media
• Need for thermal transfer ribbons (wax/resin) versus direct thermal media
• Connectivity requirements: confirm support for Ethernet, Wi‑Fi or Bluetooth 5.0 as required
• Optional modules you may need later (cutter, peeler, Wi‑Fi module, linerless kits)

Recommendations

Use manufacturer-recommended label stock and ribbons and set appropriate heater and darkness levels for the chosen media. For networked deployments, secure the device via supported protocols (HTTPS, SNMPv3, 802.1X) and use the embedded web page or TSC management tools for remote monitoring. Schedule routine checks of the thermal printhead and platen roller and keep replacement parts accessible to minimise downtime.