Robotics Computers

What are Robotics Computers?

Robotics computers are specialized computing platforms designed to control intelligent robot systems, handling tasks ranging across motion control, sensor data processing, decision making, and communication. These PCs act as the brain inside autonomous systems, enabling coordinated movement, AI-driven decision making, and task execution.

They are often deployed in environments where real-time control and high precision computing capabilities are required. Unlike consumer-grade PCs, these devices must be able to operate continuously in harsh conditions with little, if any, downtime, and often near vibrations or extreme temperatures.

Each computer is purpose-built with industrial-grade features that meet the demands of varied environments. The computers offer rugged hardware that is capable of withstanding shock, vibrations, and wide fluctuations in temperature and are certified for use in a range of applications.

Available with advanced I/O configurations, including multiple USB, LIDAR, and more, these PCs are future-ready and able to support next-generation robotics.

Capable of performing in hazardous or unsavoury conditions, these rugged computers help to keep production or operations moving without risking the safety of humans. Often embedded in robotic arms, vision-guided robots, or within vehicles, these fully programmable and configurable computers can perform a range of processes, including soldering, welding, packaging, placement, and more.

Robotics Computer Benefits

Utilising robotics computers well can translate into improved efficiency, lower operational costs, and improved safety in the workplace. By automating repetitive or dangerous tasks with smart robot devices, businesses are able to optimize uptime, reduce human error, and scale.

The hardware from Assured Systems is engineered for reliability, ensuring less downtime and lower maintenance costs. Our hardware is available with long life-cycle support for solutions that need to operate continuously, year after year, and in a compact form to ensure easy integration.

Industrial

Devices in this sector withstand harsh environments while supporting precise, repeatable tasks. From welding to quality inspection, the systems enable real-time processing for robot arms, conveyors, and more.

Healthcare

Machines in healthcare support surgical robots, lab automation, and more. They offer precise control, low noise, and long-term reliability while meeting rigorous certification and hygiene standards.

Military

Robotics computers in the military sector must deliver durability and secure communications across a range of environments. Designed to MIL-STD standards, they offer vibration resistance, EMI shielding, and more - perfect for mission-critical applications.

Energy

The energy sector uses robotics for inspection, maintenance, and safety operations - often in hazardous or remote locations. Machines are ruggedized for harsh environments, enabling uninterrupted operation.