In order to better configure a more suitable industrial computer for your project, CHIPLY can provide the following customized services for you

Flexible selection of core accessories

The customization of hardware configuration for industrial computers goes far beyond the selection of CPU, memory, and storage. For machine vision applications that require processing large amounts of image data, a motherboard design that supports multi GPU expansion may be necessary.

In explosion-proof environments such as petrochemicals, industrial computers require special explosion-proof enclosures and spark free designs. Computers in mining machinery require reinforced structures to resist high-intensity vibrations and impacts.

Customization of power modules is equally important. Some mobile devices or vehicle systems require support for 9-36V wide voltage input, while some special applications require redundant power supply design to ensure 24-hour uninterrupted operation.

For high dust environments, industrial computers can adopt a fanless passive heat dissipation design, using carefully designed heat dissipation fins and thermal conductive materials to prevent dust from entering the device through the fan.

Interface configuration is one of the most common requirements in industrial computer customization. Different industries require different peripheral devices to be connected, with vastly different requirements for interface types and quantities.

Automated production lines may require multiple serial ports to connect PLCs and older equipment, as well as sufficient digital input/output interfaces to control relays and sensors. The visual inspection system requires multiple gigabit Ethernet ports to connect to industrial cameras, as well as a DisplayPort interface to support multi screen display.

Our industrial computers adopt the concept of "interface freedom", where users can combine different types of interface modules according to their needs, building the most suitable system for their applications like assembling building blocks. This design significantly improves the adaptability and reusability of the device.

The severity of industrial environments far exceeds that of ordinary office environments, so the customization of environmental adaptability for industrial computers is crucial. Protection level is one of the most basic customization requirements.

The IP protection level defines the device's ability to protect against solid foreign objects and liquids: IP65 indicates complete dust and water spray prevention; IP67 can be immersed in water for a short period of time without being affected.

Wide temperature design is another key customization feature. The working temperature of standard commercial computers is usually between 0-40 ℃, while industrial computers can be customized to support a temperature range of -20 ℃ to 70 ℃ or even wider.

For high vibration environments, industrial computers can be equipped with shock absorption designs, such as using shock resistant hard drive brackets, reinforcing motherboard fixing points, and elastic connectors, to ensure stable operation under continuous vibration.

The display unit of industrial computers often needs to be specially customized according to specific application scenarios. Industrial computers used outdoors require a high brightness display screen (usually above 1000 nits) to ensure clear visibility even in direct sunlight.

In scenarios where gloves are required for operation, capacitive touch screens may not respond properly, requiring customized resistive or infrared touch screens.

Some special applications may require irregular or curved displays to accommodate specific installation spaces. Some scenes also require special coatings for anti glare and anti fingerprint to improve readability and durability.

Hardware customization is only a part of industrial computer customization, software and system level customization are equally important. Many industrial applications require specific operating system versions or real-time requirements.

Industrial computers can be pre installed with different versions of Windows, Linux, or real-time operating systems such as VxWorks, QNX, etc. It is also possible to remove unnecessary system components and services, reducing resource consumption and security risks.

For specific industrial protocol support, industrial computers can be pre installed with corresponding communication drivers and middleware, such as OPC UA, Modbus, Profinet, etc., to achieve seamless connection with industrial equipment.

In embedded applications, industrial computers can customize headless systems (without display output) for remote management and maintenance, while reducing unnecessary hardware components.

The spatial limitations of industrial environments often require computers to have special external dimensions. Different installation methods such as wall mounted, rail mounted, embedded, and desktop require different structural designs.

In space constrained cabinets, industrial computers may require flat designs or special shapes to utilize limited space. In the onboard system, industrial computers may require integrated design that conforms to the internal curves of the vehicle.

In special industries such as ships, aviation, military, etc., industrial computers also need to consider special requirements such as electromagnetic compatibility and salt spray corrosion resistance, and adopt shell materials and shielding designs that meet industry standards.

If you have a need to purchase industrial computers, you can contact us. Our engineers will provide you with some reference and suggestions based on your specifications. CHIPLY is a company that has been engaged in industrial computers for 15 years, with its own factory and a team of skilled equipment engineers. If you encounter technical difficulties, please feel free to communicate with us!