Zebra ZM400

Quick view

The Zebra ZM400 is a high-performance industrial barcode printer designed for medium to high volume printing environments. It features a durable metal frame and advanced thermal transfer printing technology suitable for a wide variety of media types. The printer supports print widths up to 4.09 inches and print speeds up to 10 inches per second for efficient label production. Its user interface includes an intuitive graphical display for easy operation and diagnostics. The device offers robust connectivity options including parallel, serial, USB, and Ethernet interfaces. Moreover, the ZM400 is engineered for continuous operation with optional liner take-up rewind capabilities, making it ideal for complex labeling applications.

This model is optimized for barcode printing with high resolution of 203 dpi, providing clear and precise output essential for logistics, manufacturing, and healthcare industries. The modular design further facilitates easy maintenance and upgrades, enhancing its lifecycle and performance. Additionally, Zebra offers comprehensive documentation and support resources to aid in device integration and deployment across various enterprise environments.

The Zebra ZM400 stands out with its rugged metal construction ensuring durability in industrial settings. It delivers fast print speeds of up to 10 inches per second, enhancing productivity. Its support for multiple connectivity interfaces allows versatile installation options in different operational setups. The printer's advanced liner take-up feature accommodates continuous roll media, reducing downtime and improving workflow. User-friendly graphical display simplifies printer management and troubleshooting. Lastly, the high print resolution ensures crisp barcode and label clarity critical for tracking and identification.

Despite its strengths, the Zebra ZM400's 203 dpi print resolution may not meet requirements for extremely fine or high-density barcode printing. The device's size and weight could pose challenges in environments with limited space. Although it supports many connectivity options, it lacks some modern wireless capabilities like WiFi or Bluetooth natively. Initial setup and configuration might require technical expertise compared to simpler desktop models. Replacement parts and accessories may become less accessible as the device ages. Additionally, it is relatively power-heavy which could influence energy consumption in large-scale deployments.

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.