10.1" Touch Display Module for Industrial Applications

18. December 2025 | Planegg

The rugged Atlantik Elektronik 10.1" industrial display module is designed for demanding use cases where conventional displays are no longer functional due to environmental and lighting conditions. Optical bonding, high brightness, and an extended temperature range make the module ideal for robust HMI and outdoor applications.

Thanks to optical bonding technology, which fully bonds the touchscreen and LCD, condensation, dust, and foreign particles cannot enter the interior of the display while reflections are also reduced.

With 1000 cd/m² brightness and IPS technology, the display remains highly readable even in strong sunlight or artificial lighting. The extended temperature ranges from -30 °C to +80 °C enables reliable operation in harsh industrial environments, outdoors, in cold conditions, and in vehicle applications.

In the development process, the display module offers easy integration, including support for MCU, drivers, and calibration. Interfaces, coatings, and frame properties can be customized to project requirements, helping reduce development time and maintenance effort.

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More information about the 10.1" industrial display module is available in the ATE Store. Atlantik Elektronik also offers a wide range of solutions for wearable displays and Industry 5.0.

Q&A

What is the key advantage of optical bonding in industrial applications?

By fully bonding the touch sensor and the LCD, reflections are reduced and robustness is increased, while the risk of fogging due to condensation is also minimized.

Is the display suitable for outdoor terminals and vehicles?

Yes, 1000 cd/m² brightness and IPS technology support good readability outdoors, and the temperature range from -30 °C to +80 °C is designed for demanding environments.

What customizations are possible for projects?

Interfaces, coatings, and frames can be customized for project needs. Integration is also simplified through support for MCU, drivers, and calibration.