TransAct Ithaca MOD 280-S

Quick view

The TransAct Ithaca MOD 280-S belongs to the IThaca iTherm series and is a thermal printer designed primarily for high-reliability office and industrial environments. It incorporates direct thermal printing technology that produces images by selectively heating coated thermal paper, eliminating the need for ink or toner. The printer supports high-speed data processing and is equipped with robust communication interfaces including RS-232 and USB for versatile connectivity. It features a built-in microprocessor controller to handle complex print job management and error detection seamlessly. The device incorporates a compact design with modular components facilitating easy maintenance and part replacement. Additionally, the MOD 280-S supports a variety of paper widths and resolutions, catering to diverse printing applications.

The MOD 280-S offers high printing speed reaching up to 8 inches per second, significantly improving office productivity. Its direct thermal printing technology ensures minimal maintenance by eliminating ink cartridges and ribbons. The sturdy build quality enhances durability, making it suitable for intensive use in demanding environments. Integration flexibility is achieved through multiple communication ports supporting standard and custom interfaces. The modular design simplifies servicing and reduces downtime in business operations. Furthermore, the printer ensures high print resolution up to 203 dpi, delivering sharp and clear output for professional applications.

The MOD 280-S is limited to direct thermal printing, which restricts use to thermal-sensitive paper media only, increasing consumable costs. It does not support color printing, making it unsuitable for applications requiring color output. The relatively bulky design compared to modern compact printers may reduce space efficiency in some office setups. Compatibility with newer operating systems can be limited due to legacy drivers and firmware. The resolution, although sufficient for many uses, may not meet the demand for ultra-high-definition printing. Finally, noise levels during printing are higher than those found in more recent thermal printers, which could be a consideration in quiet office environments.

The content on is provided for general informational purposes only. We do not guarantee the accuracy, completeness, or reliability of any information, specifications, or visuals presented on the site.

is not responsible for any content, images, or data uploaded or shared by users. Users are solely responsible for the content they submit.

We may include links to third-party websites for convenience. We do not endorse or take responsibility for the content or policies of any external sites.

Use of the site is at your own risk. Always verify critical information independently before making decisions based on content from this website.