Advantech

Advantech is a major global industrial computing manufacturer and a component supplier for the medical robotics industry. With over four decades of experience in embedded systems, the company provides the computing cores that power surgical navigation systems, robotic surgery platforms, and medical imaging equipment across global markets.

Company Overview

Founded in 1981 in Taipei by KC Liu and three co-founders, Advantech has grown from a local PC manufacturer into a global leader in industrial IoT solutions. The company operates manufacturing facilities across Taiwan, China, Japan, and the United States, employing over 8,000 people worldwide. Listed on the Taiwan Stock Exchange since 1999, Advantech reported annual revenue exceeding USD 2 billion.

The iHealthcare division focuses exclusively on medical applications, developing computing platforms that meet stringent healthcare regulatory requirements. This business unit has established partnerships with major medical device manufacturers and surgical robotics companies globally, providing OEM/ODM services for mission-critical medical equipment.

Core Products

USM Series Medical Box PC

The USM series represents Advantech’s flagship platform for surgical robotics applications. These medical-grade box computers integrate high-performance processors with dedicated GPU support for real-time AI inference during surgery. The USM-500 and USM-501 models have been deployed in neurosurgery robots, where they handle complex algorithms for surgical navigation and image processing.

Key specifications include support for NVIDIA RTX graphics cards, Intel Xeon processors, and compliance with IEC 60601-1 medical safety standards. The fanless design ensures quiet operation in surgical environments while meeting thermal management requirements.

POC Series Medical Computers

Point-of-Care terminals from the POC series serve as integrated computing stations in operating rooms and clinical settings. The POC-621 model has been specifically optimized for robotic surgery applications, featuring high-resolution display capabilities and multiple I/O ports for connecting to surgical instruments and imaging equipment.

These all-in-one medical computers support NVIDIA Clara Holoscan MGX platform integration, enabling real-time sensor processing and AI-powered surgical assistance. Units have been installed in hospitals across North America, Europe, and Asia.

AIM Series Medical Tablets

The AIM medical tablet lineup provides mobile computing solutions for surgical teams. The AIM-68H, launched in 2024, features a 10.1-inch display with 800 nit brightness, 12th Gen Intel processor, and IP65 rating for disinfection compatibility. These tablets enable surgeons to access imaging data, control robotic systems, and review patient information at the point of care.

Technology & Innovation

Advantech maintains ISO 13485 certification for medical device manufacturing and offers design services for IEC 60601-1 compliance. The company’s engineering teams assist medical device manufacturers in navigating FDA registration processes and obtaining regulatory clearances.

The 2022 partnership with NVIDIA brought Clara Holoscan MGX platform integration to Advantech’s medical computing products. This collaboration enables surgical robot manufacturers to deploy AI algorithms for real-time image analysis, surgical navigation, and instrument tracking. Edge AI capabilities reduce latency in time-critical surgical applications where milliseconds matter.

Recent developments include the AIMB-294 medical AI board powered by NVIDIA Jetson Thor, announced in October 2025. This platform targets next-generation surgical robotics with capabilities for real-time sensor processing, 3D imaging optimization, and low-latency control loops required in operating room environments.

Market Presence

Advantech’s medical computing products have been integrated into surgical robot systems from multiple manufacturers, though specific customer names remain confidential under OEM agreements. The company’s case studies document deployments in orthopedic surgery robots, neurosurgery navigation systems, and laparoscopic surgical platforms.

The global service network spans over 90 countries with regional support centers providing technical assistance, repair services, and spare parts logistics. This infrastructure enables medical device companies to offer worldwide support for products built on Advantech platforms.

In Greater China, Advantech operates through subsidiary offices in Shanghai, Beijing, Shenzhen, and other major cities, serving both domestic medical device manufacturers and multinational companies with local production requirements.

Key Milestones

• 1981: Founded in Taipei, Taiwan
• 1999: Listed on Taiwan Stock Exchange (2395.TW)
• 2014: Launched iHealthcare division for medical computing
• 2020: Received ISO 13485 certification for medical device manufacturing
• 2022: Announced NVIDIA partnership for Clara Holoscan MGX integration
• 2023: Introduced USM-500 series for surgical robotics applications
• 2025: Unveiled NVIDIA Jetson Thor-based medical AI platforms

Frequently Asked Questions

What role does Advantech play in surgical robotics?

Advantech provides the computing platforms that serve as the “brain” of surgical robot systems. Their medical-grade computers handle real-time processing for surgical navigation, image analysis, and instrument control. Rather than manufacturing complete surgical robots, Advantech supplies critical components to medical device companies worldwide.

Are Advantech’s medical products FDA cleared?

Advantech holds U.S. FDA registration as a medical device establishment and provides development support for customers seeking FDA clearances. Their platforms comply with IEC 60601-1 medical electrical safety standards. Final FDA clearance depends on the complete medical device system built using Advantech components.

Which surgical robot companies use Advantech products?

Due to OEM confidentiality agreements, specific customer names are not publicly disclosed. However, Advantech case studies reference deployments in neurosurgery robots, orthopedic surgical systems, and image-guided therapy platforms across multiple continents.