Rugged Panel PCs

5 Top Reasons to Use Rugged Panel PCs for Industrial Applications

5 Top Reasons to Use Rugged Panel PCs for Industrial Applications - Table of contents:

Driving industrial automation through rugged panel PCs to improve efficiency, reduce production redundancy, and increase the realization of total value, ensuring that you have the right control of rugged panel PCs is critical to generating these incredible innovations.

Rugged Panel PCs

What are Rugged Panel PCs?

Traditional home PCs are unable to withstand the strenuous conditions of modern manufacturing. Luckily, Rugged Panel PCs have become a standardized set of equipment that can be used both to control, support, and supply automation capabilities — as well as point of use, touch screen display, and other crucial software components.

Unlike traditional PCs, rugged industrial pc can handle harsh industrial environments and are capable of easily connecting to equipment without interfering with operations.

This makes rugged industrial pc perfect for industrial automation, as they have the ease-of-use, hardiness, durability, and design to help them seamlessly integrate with most industrial automation processes.

Rugged Panel PCs

5 Reasons Why Rugged Panel PCs are Perfect for Industrial Automation

Let’s look at some reasons why rugged panel PCs are perfect for supporting, controlling, or utilizing industrial automation.

1) Versatility

Rugged pc tablet can be easily integrated into machinery, hospital equipment, walls, and almost anywhere that you can find a spot to mount them. On top of this, rugged panel PCs have touchscreens, which means that they can remain operational in situations where you simply can’t properly utilize a mouse and keyboard (such as directly on machinery).

Rugged Panel PCs

2) Durability

Depending on the panel manufacturer, some panels come equipped with a 4mm Polycarbonate Filter, which helps prevent scratch damage and grease from causing touchscreen delays. This makes them useful in situations that require heavy-use.

3) Waterproof

Most rugged pc tablet are also waterproof. This is critical for both cleanliness — as you can simply wash them down with water — and for use in factories (such as food) where they will be in contact with liquids.

4) Customizable

Since each manufacturer requires a different unique setup and has industry-specific workflows, Rugged Panel PCs are often hyper-customizable. This means that protective equipment, brightness, mounting, and operating temperature can all be specified to the industry. This gives Rugged Panel PCs the flexibility to be useful across industry channels.

Rugged Panel PCs

5) Simplicity

With fanless cooling, easy-to-use touchscreens, customized screen layouts, and simple installation, rugged panel PCs are simple to use. This means that training employees how to use this equipment will be pain-free and they can be used immediately across a wide range of projects.


With automation becoming a key part of industrial strategies, ensuring that you have the correct hardware to support these day-to-day operations is paramount. Rugged industrial pc give you the flexibility, durability, and versatility that you need to deliver automation in harsh, unique environments.
Are you looking for best-of-breed rugged panel PCs that are easily customized to fit your exact industry standards? Pls contact us.

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Rugged Panel PCs are used in various industrial places such as HMI in industrial PLCs, in vending and/ or payment machines (i.e. touch screen display), and in all sectors requiring operator intervention.

The decision to use a fan or not in your rugged industrial pc depends mainly on the amount of dirt and dust in the environment.

The fanless Panel PC uses conduction cooling. In a dirty environment, a fanless Panel PC is ideal because it is completely sealed. As this PC does not have an air evacuation, dirt and dust cannot get in. It can also be installed directly in cabinets or on cabinet doors.

However, fanless cooling dissipates less heat than conventional fan cooling. They are therefore less suitable for energy-intensive applications.