Surgical Robot Industrial Motherboard Solution

Table of Contents

• 1. Robot categories
• 2. Surgical robots
• 3. SINSMART Solution
• 4. Summary

1. Robot categories

2. Surgical robots

Surgical robots are a subcategory of medical robots. They are mainly used to assist doctors in performing precise surgical operations. Surgical robots help doctors accurately locate the surgical area, perform complex surgical operations, reduce surgical trauma, improve surgical success rates, and shorten recovery time by providing high-precision control, enhanced vision, and three-dimensional high-definition images.

3. SINSMART Solution

SINSMART Technology is well aware of the stringent requirements of surgical robots for performance and stability, so it has launched a high-performance industrial motherboard ARK-3534 solution. This motherboard, with its excellent processing power and highly integrated design, perfectly adapts to the compact and complex structural requirements of surgical robots. The 9~36V wide-voltage DC power input, wide temperature operation and low power consumption characteristics ensure the stability and reliability of the equipment during long-term operation, providing a solid technical guarantee for the surgical process.

Motherboard recommendation: ARK-3534

4. Summary

The motherboard suitable for surgical robots is to enable them to achieve high-precision and high-stability medical operations and provide more powerful technical support. With the continuous advancement of technology, future surgical robots will be more intelligent and efficient, bringing better treatment experiences to patients. To achieve this, incorporating a high-performance industrial PC with GPU can enhance computational capabilities, ensuring real-time data processing and precise control. Additionally, utilizing an embedded PC enables compact and efficient system integration.

For manufacturers looking for reliable solutions, working with a trusted embedded computer manufacturer ensures high-quality components tailored for medical applications. In space-constrained environments, a small industrial PC or a fanless rugged mini PC provides durability and silent operation, making them ideal for medical robotics. Additionally, an embedded box PC can offer enhanced versatility and reliability, crucial for supporting complex surgical procedures.