Industrial Computers and PCs

The cost of an industrial PC varies significantly based on configuration. Factors include the processor, memory, storage size, display dimensions, touchscreen type, IP rating, and specific certifications like marine-grade. Because our PCs are often customized for specific applications, we provide pricing upon request. Please contact us with your requirements for an accurate quote.

An industrial PC (IPC) is a computer designed to operate reliably in industrial environments, which may involve dust, moisture, extreme temperatures, and vibration. They are built with robust components, often feature fanless designs, and provide stable performance for critical applications like manufacturing automation, process control, and data acquisition.

Industrial personal computers are a category of PCs engineered specifically for industrial use. They share the core architecture of consumer PCs but are fortified for durability and long-term performance. Key features include rugged construction, resistance to environmental hazards, extended component availability, and support for industrial control systems and automation.

Industrial PCs come in various form factors, including panel PCs with integrated touchscreens, compact box PCs for control cabinets, and rackmount PCs. Specialized types include stainless steel models for hygienic washdown areas and marine-grade PCs with anti-corrosion coatings and certifications. The type chosen depends on the specific application and installation environment.

Industrial control systems (ICS) manage automated industrial processes. Common examples include SCADA (Supervisory Control and Data Acquisition) systems, which monitor large-scale processes like power grids, and PLCs (Programmable Logic Controllers), which control specific machines on an assembly line. Our industrial PCs often serve as the HMI (Human-Machine Interface) for these systems.

Fanless designs are crucial for reliability in industrial settings. By using passive cooling, they eliminate moving parts that can fail and prevent the intake of dust, debris, and moisture that can damage internal components. This results in a more durable, silent, and low-maintenance system, which is essential for mission-critical operations in factories or cleanrooms.