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Panasonic TOUGHBOOK 55

Tablet-PC Panasonic Toughbook 55
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Panasonic TOUGHBOOK 55: The Most Versatile 14" Rugged Laptop Yet

The TOUGHBOOK 55, running Windows 11 Pro, features a rugged magnesium casing, flexible configurations, and a modular bay, making it the most versatile 14-inch ruggedized TOUGHBOOK ever built. Its uniquely stable honeycomb design and splash-resistant construction ensure supreme durability.

The TOUGHBOOK 55 also excels in flexibility. With a wide array of configuration options, every customer can precisely customize a device to meet their specific needs.

Datenblatt Panasonic TOUGHBOOK 55

No More Device Failures, Downtime, or Work Interruptions

Designed from the ground up for on-the-go use and harsh environments, the TOUGHBOOK 55 is tested to military standards (MIL-STD-810H) and officially IP53 water and dust protected. Its honeycomb design ensures it can withstand drops, shocks, vibrations, extreme temperatures, and more.

With 4G LTE and a dual pass-through antenna connection for optimized connectivity, plus a battery life of up to 38 hours (thanks to an optional hot-swappable battery), your team will always be able to communicate, access critical information, and report in real-time, even when they're out in the field.

Areas of application

  • Field service
  • Automotive
  • Defense
Tablet-PC Panasonic Toughbook 55

Simple and intuitive operation

The TOUGHBOOK 55 is slim, lightweight, and easy to carry with its handle. It's designed to go anywhere you do, with every detail crafted to adapt to your workflow. This includes front cameras, a loud stereo speaker for clear communication, sirens, improved speech recognition while driving, and dedicated GPS, a backlit keyboard, and a weather-resistant, bright touchscreen.

Tablet-PC Panasonic Toughbook 55

Eine nachhaltigere Lösung

The TOUGHBOOK 55 is designed to adapt to the constantly changing needs of businesses and users, ensuring a long lifespan. You can add features as your future requirements evolve, without having to overhaul your entire ecosystem. Individual parts can be repaired or replaced in isolation, without affecting the device as a whole. This allows you to reduce downtime, your carbon footprint, and your budget expenditures.