Supporting Precision Medicine | JHCTECH Surgical Robot System Control Product Solutions
With the rapid development of the economy, more and more intelligent and technological products are appearing on the market, and surgical robots are one of the representative products. Surgical robots possess advantages such as high precision, strong stability, and the capability to perform complex operations, which are set to lead the transformation of surgical procedures.
Surgical robots
Surgical robots are a new multidisciplinary field that integrates medicine, materials science, automatic control, digital image processing, biomechanics, robotics, and various other disciplines. Generally, from a clinical application perspective, surgical robots can be mainly classified into laparoscopic surgical robots, orthopedic surgical robots, pan-vascular surgical robots, natural orifice surgical robots, and percutaneous puncture surgical robots. They assist doctors in performing more accurate, safe, and efficient surgical operations and offer benefits like precise positioning, minimal trauma, and low risk of infection, representing the forefront of medical technology. The emergence of new models such as “smart medical care, precision medicine, and telemedicine” has provided a strong impetus for the development of surgical robots.
Typically, surgical robots are composed of a surgical console, a surgical cart with robotic arms, and an imaging system. The need for precise control, stable operation, and real-time response requires the computer hardware responsible for the system’s control to meet strict performance and quality standards. Consequently, embedded computer products with higher performance, better scalability, and greater durability have become the ideal choice for controlling surgical robot systems.
Requirements for Surgical Robot Controllers:
⭐Precision and Stability: Surgical robots require precise operations and positioning of the affected area. To ensure the accuracy of surgical procedures, the controller must provide extremely high precision and stability.
⭐Real-Time Data Processing: Surgical robots need to process large amounts of real-time data, such as images and patient anatomical information, to support surgeons in decision-making and performing surgeries. Therefore, high data acquisition and image processing capabilities are crucial for the controller.
⭐Safety and Compliance: The controller must pass multiple rigorous certifications and offer an extended operational life cycle.
JHCTECH Solution
The control system is the core component of the surgical robot. JHCTECH provides the KMDA-7920 series products to empower surgical robots.
The KMDA-7920 enhances the efficiency of data processing and multimedia performance of surgical robots:
⭐ Equipped with Intel® 12th generation Alder Lake-S or 13th generation Raptor Lake-S processors, providing overclocking and multi-threaded processing performance.
⭐ Supports DDR5 4800MHz, with 2*262-Pin SODIMM dual-channel memory slots onboard, supporting up to 64GB RAM.
⭐ Supports 2*SATA3 easy-swappable hard disk bays and 1*mSATA signal (with SATA3.0) to expand storage capacity.
⭐ Provides 1*DP, 1*HDMI, and 1*VGA independent display interfaces, enabling multi-display functionality and resolutions of up to 4K.
⭐ Features 1*PCIe X16 and 1*PCIe X16 (X4 signal) dual expansion to meet the needs of image acquisition cards, GPU/AI accelerator cards, offering superior image processing performance.
KMDA-7920 meets the powerful network connection capabilities required for surgical robots:
⭐ The system supports 2*Gigabit RJ45 network ports and 1*Mini-PCIe slot for 4G module expansion to achieve both wired and wireless network communication.
⭐ Supports 2*USB2.0, 4*USB3.0, 2*RS232/RS485/RS422, and 2*RS232 interfaces, allowing connectivity with multiple smart devices and facilitating high-speed data transmission over short and long distances.
⭐ Supports 1*Line out and 1*MIC for high-fidelity audio to fulfill various audio amplification needs.
KMDA-7920 ensures safe and stable operation for surgical robots:
⭐ The system supports Windows 10/11, Linux, and includes a watchdog function for enhanced stability and maintainability.
⭐ Uses active heat dissipation design, providing superior cooling while maintaining efficient system operation.
⭐ Optional TPM 2.0 support for encryption key generation, storage, and management, enhancing security.
⭐ Features DC 9-36V power supply, with short circuit, overvoltage, and overcurrent protection.
⭐ Supports wide temperature operation (-20 to 60°C) and offers robust characteristics such as EMI resistance, shock resistance, dustproofing, and moisture protection.
⭐ Compact size (256.68*312.7*149.9mm), with support for desktop installation.
Recommended Products
KMDA-7920
Surgical Robot Control System
⭐ The KMDA-7920 is equipped with 2 independent network ports and rich interface options, which can connect the peripheral devices and expansions of the surgical robot;
⭐ Supports three independent displays.
⭐ Resistant to vibration and impact, designed for wide temperature ranges.
⭐ Offers a long operational lifecycle.
ALAD Series Display
Industrial Touch Screen
⭐ High-resolution TFT LED LCD display;
⭐ Supports HDMI and VGA input
⭐ Wide temperature operation capabilities
⭐ IP65-rated waterproof and dustproof front panel
⭐ Fully flat panel, easy to clean and maintain