Zebra Technologies 384Z-10400-0001

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The Zebra Technologies 384Z-10400-0001, part of the TLP series, is designed for robust office applications requiring reliable printing solutions. Integrating thermal printing technology, this device offers stable performance for medium to high-volume label printing needs. It supports various media types and widths, improving its versatility in office environments.

The device utilizes USB and serial connectivity options for ease of integration into existing office setups. Designed with user accessibility in mind, it features a straightforward control panel enabling quick adjustments. Its thermal transfer mechanism ensures sharp label printing with minimal maintenance requirements.

The printer incorporates durable construction, suitable for continuous use in busy office settings. Energy-efficient operation aligns with corporate sustainability goals, reducing operational costs.

The Zebra 384Z-10400-0001 boasts high printing speed facilitating efficient office task completion. Its compatibility with multiple connectivity options simplifies integration across varying IT infrastructures. The device supports a broad range of label media, enhancing its applicability.

Compact and robust design reduces workspace footprint while ensuring durability. Easy-to-navigate controls lower training time and improve user productivity. Additionally, energy-saving features promote eco-friendly office practices.

Despite its many strengths, the 384Z-10400-0001 has limited wireless connectivity, restricting modern network flexibility. Its print resolution, while adequate, may not meet requirements for ultra-fine detailed labels. The device's support for newer media types could be limited due to its aging technology.

Firmware updates are not frequently released, which might affect compatibility with the latest software platforms. The printer may require specific proprietary supplies, increasing operational costs. Furthermore, the absence of touchscreen interface limits the user interaction capabilities compared to newer models.

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