As technology continues to advance, a wide variety of businesses are increasingly turning to industrial computers to meet their computing needs. Unlike consumer-grade computers, which are designed for home and office use, industrial computers are built to withstand the harsh conditions of industrial environments. From manufacturing and construction to outdoor applications, industrial computers offer a range of benefits and can be customised to meet the specific needs of different industries.
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One of the primary benefits of using industrial computers in industrial settings is durability. Unlike consumer-grade computers, which can easily be damaged by dust, water, or rough handling, industrial computers are built with ruggedized components and reinforced casings that can withstand dust, water, extreme temperatures, vibration and shock. This means that they can continue to operate 24/7 in harsh industrial environments, minimizing the risk of downtime and loss of productivity.
With the increase of automation, industrial computers play an essential role in controlling and monitoring these processes. Making use of powerful processors, high-speed storage, and advanced graphics capabilities, industrial computers have the ability to carry on 24/7 long-term automation of machines, robots, and other equipment, and collect data from sensors and other sources helping to optimise operations. This helps businesses to increase productivity, reduce costs, and improve product quality.
Benefits of Industrial Computers
Industrial computers also have the added benefits of customisability and longevity. They can be built to operate in specific temperature ranges, to fit into compact spaces, to operate with specialised input/output configurations, and with many other customisable features that are required for specific applications. Industrial computers are also designed to have a long lifespan, with components that are rugged and long-lasting, and that can easily be replaced and upgraded over time. This allows businesses to adapt and optimise their processes, ensuring they remain competitive and meet the changing demands of their customers.
Industrial computers are also designed to comply with industry standards and regulations, are compatible with a range of industry devices and systems, and have a range of built-in security features. Having just touched on a few of the benefits of industrial computers, it is clear to see that they are by far the ideal solution for use in harsh industrial environments. However, with a number of different form factors to choose from, it can sometimes be difficult to choose the right solution for your application. This raises the question&#;
Which industrial computer is right for my application?
All-in-one industrial PCs and embedded box computers are both common types of computing systems that are used in industrial environments. While they share some similarities, there are important differences between them which can greatly impact their long-term effectiveness depending on the application.
Example of a Panel PC being used in an industrial environment
All-in-one industrial PCs (Panel PCs) are self-contained units that combine a computer, display, and sometimes touch screen in a single package. With minimal cabling required, and the optional touch screen interface, they are designed to be compact, easy to install, and user-friendly. Combining powerful processors and high-resolution displays into the one system, they are suitable for a wide range of industrial applications, including human-machine interface (HMI) applications, such as process control and machine automation. Some of the benefits of Panel PCs include:
Example of an embedded box pc being used in an industrial environment
Embedded box computers are computer systems that are housed in a ruggedised enclosure designed for use in harsh environments. They are designed to be flexible and customisable, with a modular design that allows users to add or replace components as needed. They often also have extra expansion options, allowing users to add additional components or peripherals as needed. They are often used for applications that require high processing power, such as machine vision, data acquisition, and control systems. When combined with an industrial monitor, they provide the same complete computing system as a Panel PC, while still providing greater flexibility and customisation. Some benefits of embedded box computers and industrial monitors include:
Interworld Electronics&#; Panel PC Solutions
Interworld Electronics&#; wide range of Panel PCs are feature laden; with a range of screen sizes, processors, and memory; with optional wide temperature support, multi-touch capability, IP-rated enclosures, and sunlight readable screens; and with the ability to add additional peripheral support, such as USB, Serial, Wi-Fi and 4G. The range of Panel PCs includes:
Interworld Electronics&#; Embedded Box PC & Industrial Monitor Solutions
Engineered for longevity and resilience, the range of Embedded Box PCs from Interworld Electronics are durable, reliable, low-maintenance and highly scalable, making them ideal for extreme environments. They have a wide range of customisable options, and include the following features: fanless operation, compact size, low power requirements, high vibration/shock protection, wide operating temperature range, and certified embedded OS support.
Interworld Electronics also has a wide range of rugged industrial monitors that can be paired with the Embedded Box PC to form a complete computer system. Interworld Electronics industrial monitors come in a range of sizes (7&#;~24&#;), and have a range of features similar to those found in Panel PCs. The range of industrial monitors includes, fully sealed monitors, stainless steel monitors, sunlight readable monitors, panel mount monitors, and marine monitors.
With such a wide range of industrial computers, Interworld Electronics has the right solution for your industrial application. If you&#;re still not sure which one is right for you, feel free to contact us to get a free consultation, so that we can find the right solution for you.
When deciding what type of personal computer is right for you, whether it&#;s for an industrial panel PC, medical computer, or enterprise PC application, one of the decisions you&#;ll have to make is whether an all in one computer or more typical desktop computer is right for you. Both options have advantages and disadvantages, so thoughtfully going over the benefits of each as it relates to your specific needs is essential.
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An all-in-one PC is, as the name implies, one unit that houses the monitor, CPU, motherboard, and hard drive. Everything besides the keyboard is included in one device. A desktop computer will have the computer case or tower separate from the mouse, monitor, and keyboard.
The Advantages of an All-in-One Computer
There are many advantages to choosing an all-in-one PC when deciding what computer solution is right for you.
An AIO computer may be a better option if space is at a premium. Since the monitor and computer are housed in the same unit, they take up significantly less space than a desktop PC.
In some situations, like if you&#;ll be using the computer on a
workstation on wheels
in a medical setting, there are distinctive benefits in choosing the all in one PC since they are easier to transport. They have fewer cables and components, making them easier to move and adapt to situations where they need to be used on a computer cart.
Since the All-in-One has everything you&#;ll need to get up and running, you don&#;t have to shop around for as many components.
Touchscreens are more readily offered in the case of all in one PCs; however,
medical-grade monitors
are also available from many manufacturers. An AIO may be better if a touchscreen option is essential.
The Disadvantages of an All-in-One Computer
Though there are advantages offered by the AIO PC solution, there are also drawbacks to this option. Some of the cons include the following:
An all-in-one PC may be more
difficult to repair
. Since the monitor and computer are combined in one case, taking these types of PCs apart can be more complicated.
You won&#;t have the same upgrade options available with most AIO computers. If you want to add more storage, fans, or other components down the line, it will likely be more complicated than with a traditional desktop.
There are typically fewer customization options. This varies by manufacturer, but the same graphics card or processor options may only be available for some AIO PCs.
In most cases all in one computers aren&#;t as powerful as an option with a separate computer and stand-alone monitor. For this reason, gaming and other
intense graphics processing applications
are typically done on desktop PCs.
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