Countlyte C-TP-58PLUS

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The Countlyte C-TP-58PLUS is a compact portable thermal receipt printer designed primarily for office and retail use. It supports high-speed printing up to 90mm per second with a 58mm paper width, utilizing direct thermal technology to eliminate the need for ink or toner cartridges. Connectivity options typically include Bluetooth and USB, allowing versatile communication with various devices such as POS systems and mobile terminals. The printer is battery-operated, offering portability and facilitating usage in mobile work environments. It features a resolution of 203 dpi, ensuring clear and precise receipts. This model integrates with common operating systems through standard drivers, simplifying setup and deployment.

The device's firmware supports multiple languages and can print barcodes and QR codes, expanding its application scope. Designed ergonomically, it is lightweight and compact for ease of handling and storage. Its housing is constructed from durable plastic, providing reasonable resistance to wear and environmental factors.

The Countlyte C-TP-58PLUS offers rapid printing speeds suitable for high-traffic environments. Its direct thermal printing method reduces maintenance by removing the necessity for ribbons or ink cartridges. The inclusion of Bluetooth connectivity enhances flexibility in device pairing and integration with mobile POS setups. Compact and lightweight design improves portability and usability in diverse office scenarios. It supports multiple font types and barcode printing, broadening its functionality beyond simple receipts. The built-in rechargeable battery allows cordless operation, ideal for fieldwork or mobile business applications.

Being a thermal printer, it may be susceptible to fading over time on printed receipts when exposed to heat or direct sunlight. The limited paper width of 58mm restricts the amount of information per line, which can be a drawback for detailed printouts. Battery life might be limited under continuous heavy use, requiring frequent recharging. It lacks advanced connectivity options such as Wi-Fi or Ethernet, which could limit network integration capabilities. The build is primarily plastic, which could be less durable in harsh environments. Compatibility may sometimes require specific drivers, potentially complicating integration with uncommon or legacy systems.

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