Niryo develops advanced robotics technologies and solutions for medical applications, combining 15+ years of medical robotics expertise with strong in-house engineering and manufacturing capabilities in France.

Niryo’s medical robotics portfolio includes Orion System, a high-precision robotic patient positioning system for radiation therapy and medical imaging and Pulsar Platform, a modular robotics platform for developing custom medical robots.

From modular robotic architectures to complete systems, our teams bring together expertise in actuation, control, safety, software, and human-machine interfaces to address the specific technical and regulatory requirements of medical applications.

Niryo work with medical device manufacturers and MedTech companies throughout the development process, from co-engineering and integration to certification support, manufacturing, and ongoing support.

TQ-RoboDrive, a business unit of the TQ-Group, develops and manufactures compact frameless motors and customized actuators for applications with the highest demands on torque density, installation space, weight, dynamics and precision. The technology has its roots in robotics research at the German Aerospace Center (DLR) and is designed for demanding applications across a wide range of industries.

These roots also extend into surgical robotics. RoboDrive motor technology is still used in the DLR MIRO, a lightweight, torque-controlled robotic arm for medical applications first presented in 2008. MIRO later became a key component of the MiroSurge telesurgery platform, which combines multiple robotic arms with a surgeon console and haptic input devices.

For medical and surgical robotics, the ILM series combines high torque density with smooth running, high dynamic response and thermal robustness, giving engineers the freedom to optimize compact axes and joints for highly precise systems. Its frameless architecture supports direct integration into the surrounding mechanics and application-specific configuration.

Typical applications include:

• Surgical instrument axes
• Surgeon consoles
• Sensitive medical cobots

TQ-RoboDrive also supports customers beyond motor selection. With its Assembly & Integration Service, the team can take an actuator concept from initial design review to a fully assembled and tested unit. This can include component selection and sourcing, procurement, assembly, integration, testing and quality assurance through to delivery.

By combining frameless motor expertise with actuator implementation, TQ-RoboDrive helps medical robotics developers reduce interfaces between suppliers and move from motor design-in to a shipment-ready actuator with one engineering partner.

maxon is a global leader in high-precision drive systems and motion control solutions. We develop and manufacture advanced brushed and brushless DC motors, gearheads, encoders, controllers, and integrated mechatronic systems designed to meet the most demanding application requirements.

Medical technology is one of maxon’s core markets, where our drive solutions power a wide range of critical devices and systems, including active implants, insulin pumps, surgical robots, ventilators, respiratory equipment, prosthetics, and other high-precision medical technologies. These applications require exceptional reliability, accuracy, smooth operation, long service life, and minimal heat generation, all hallmarks of maxon drive systems.

Through our dedicated Medical Business Unit, maxon partners closely with medical device manufacturers to develop motion solutions that address complex technical and regulatory requirements. Leveraging extensive application expertise and a flexible portfolio of proven technologies, our engineering teams deliver solutions ranging from modular standard products to fully customized drive systems tailored to the unique needs of each application. By combining precision engineering, innovation, and collaborative development, maxon helps bring next-generation medical technologies to life.

Elmo has been a motion control technology leader for more than 37 years, with millions of servo drives operating 24/7 worldwide. The company offers complete motion control solutions, from the design and delivery of cutting‑edge servo drives to network‑based multi‑axis motion controllers and integrated servo motors. All solutions can be customised and configured using Elmo’s proprietary, advanced and easy‑to‑use software tools for any machine in any industry, including semiconductors, lasers, robots, life sciences, industrial automation, AGVs and more.

Elmo’s motion solutions are ideal for the ever-advancing world of Medical equipment. Whether in the operating room, life sciences, or lab automation applications, Elmo’s advanced servo technology can help you get more speed and throughput without compromising precision and safety.

Precision systems typically found in labs and operating rooms can enjoy the benefits of Elmo’s ultra-efficient, high power, miniature servo drive. Saving space, weight, and cabling is hugely advantageous for these systems, which are generally operated in small spaces, requiring absolute regulatory safety standards offered by Elmo solutions.

Precise and Accurate Motion

• Multi-axis synchronization with advanced servo control

Compact and Light

• Extreme power density with minimal size and weight

Accurate Force Control

• Continuous sensing ensures safety of surroundings

Easy to Implement

• “Mount it anywhere” and the intuitive use of EASII shorten time to market.

Efficient Multi-Axis Synchronization

• Precise Axis control made possible by advanced servo control.

The future of medical device training isn’t more content, it’s greater readiness.

Monarch Learning Labs helps medtech organizations bridge the gap between learning and performance through interactive Digital Product Twins™ and simulation-based readiness experiences. Our platform gives commercial teams, clinical specialists, and healthcare providers a place to practice product workflows, apply clinical knowledge, strengthen customer conversations, and build confidence before real-world interactions.

Built around four connected readiness solutions, Product, Clinical, Commercial, and Evidence Readiness, Monarch complements existing learning ecosystems to improve onboarding, accelerate adoption, and help organizations prepare people, not just deliver information.

Product Readiness

Interactive Digital Product Twins™

Master your products before they reach the field.

Clinical Readiness

Patient Cases & Clinical Decision Simulations

Build confidence in every clinical decision.

Evidence Readiness

Interactive Scientific Evidence

Turn clinical evidence into confident communication.

Commercial Readiness

AI-Powered Sales Coaching

Prepare for every conversation that drives adoption and utilization.

Excelitas^® is a leading provider of advanced, life-enriching technologies that make a difference, serving global market leaders in the life sciences, advanced industrial, next-generation semiconductor and avionics end markets.

Headquartered in Pittsburgh, PA, USA, Excelitas is an essential partner in the design, development and manufacture of advanced technologies, offering leading-edge innovation in sensing, detection, imaging, optics and specialty illumination for customers worldwide. Excelitas is at the forefront of addressing many of the relevant megatrends impacting the world today, including precision medicine, industrial automation, artificial intelligence, and connected devices (IoT).

Excelitas offers advanced, custom‑engineered solutions with best‑in‑class manufacturing quality to meet the stringent demands of OEM medical and diagnostic applications, including endoscopy, surgical visualization, and headlamp systems. Our solutions align with key industry drivers to help OEMs accelerate innovation and elevate clinical performance.

Our solid‑state X‑Cite Vitae® fiber‑optic illuminators offer flexible configuration, enabling customers to choose between Xenon or LED technologies to best align with their application needs. The Cermax® Xenon brand is recognized across the medical industry for delivering high‑intensity, full‑spectrum white light ideal for endoscopic illumination, surgical headlamps, and robotic surgery platforms. In addition, Excelitas provides an extensive portfolio of Chip‑on‑Board LEDs, sensor components, and fully integrated solid‑state illumination systems to support a wide range of optical and imaging requirements.

Excelitas has over 15 years of experience in micro-optics and Chip-on-Tip camera modules, supporting customers from early concept development to volume production. Our core strength is the integration of optics, sensors, and illumination into highly miniaturized systems, supported by ISO 13485 certified cleanroom production and fully traceable manufacturing. This allows us to deliver reliable endoscopic imaging solutions from prototype to high-volume production.

IJX is the OEM technology division of Intellijoint Surgical, specializing in miniature optical tracking solutions for advanced surgical navigation and robotic applications. IJX partners with medical device companies to enable real-time 3D localization through miniature, OR-ready technology that is validated, scalable, and designed for seamless integration into next-generation surgical systems.

IJX’s mini optical tracking platform delivers reliable, predictable tracking performance directly from within the sterile field, supporting surgeon-controlled workflows across a wide range of operating room layouts. The system’s small footprint, flexible positioning, and value-oriented pricing make it well suited for both hospitals and ambulatory surgery centers. Offering both off-the-shelf enabling technology and bespoke development solutions, IJX supports partners at multiple stages of product development. Solutions are designed to simplify system integration, reduce development timelines, and support long-term scalability.

IJX technology has been validated across multiple orthopaedic procedures and has already been used in over 80,000 surgical cases worldwide, demonstrating proven performance in real clinical environments.

Founded in 2004, Atracsys is a Swiss company specializing in high precision optical tracking systems for surgical robotics and navigation. Atracsys offers a complete ecosystem of products and services, including cameras, markers, software development kits (SDKs), calibration tools, and custom development, designed to support a wide range of navigation and robotic surgery workflows.

Building on engineering excellence and being ISO 13485 certified, Atracsys delivers robust and reliable solutions for leading medical device manufacturers and research institutions.

Product Overview

Cameras

Atracsys offers two main series of high-speed optical tracking cameras:

• fusionTrack™: Designed for demanding robotic and computer assisted surgeries, these cameras deliver low latency and high precision across a wide range of working volumes.
• spryTrack™: Designed to enable innovative workflows in surgical navigation, the spryTrack™ series offers differentiated capabilities, including 3D surface reconstruction and wireless mobility.

Both series are engineered for real-time performance and are supported by calibration tools to maintain long-term accuracy.

Markers

Atracsys provides passive and omnidirectional optical tracking markers:

• Tindax^TM and Navex^TM passive markers use retro-reflective spheres or discs compatible with infrared tracking systems.
• forpi^TM omnidirectional markers enable tracking through up to 360° of rotation, offering enhanced freedom of movement and making them ideal for dynamic surgical environments.

These markers are essential for determining the precise 6D pose of instruments and objects during surgery.

Verification and Calibration Tools

To ensure peak performance, Atracsys offers tools like:

• ASTM Phantom: A precision tool compliant with ASTM F2554-22 for verifying tracking accuracy.
• Pyramid: A recalibration device that enables rapid, on-site restoration of factory-level accuracy in under 20 minutes.

These tools help support on-site verification and recalibration, reducing downtime, shipping costs, and environmental impact while maintaining system accuracy over time.

Key Applications

Atracsys technologies are used in several clinical domains, where they aim to support greater precision and efficiency in computer-assisted and robotics surgical procedures:

• Cranial & Spine: Supports neurosurgical navigation across a broad range of cranial & spine procedures, including accurate tumor resection and spinal fusion with precise screw and rod placement.
• Orthopaedics: Enables real-time tracking during joint replacements and fracture repairs, improving implant alignment and surgical outcomes.
• Dental: Supports advanced digital dentistry workflows, from facial scanning and dynamic jaw motion analysis to surgical navigation and implant planning.
• Other Applications: Atracsys systems are also used in interventional radiology, lithotripsy, extremity navigation, and motion tracking. Their versatility allows integration into robotic platforms and AR-based visualization systems for real-time overlays and 3D reconstructions.

Commitment to Excellence

Atracsys stands out for its Swiss engineering excellence, submillimeter accuracy, and modular ecosystem tailored to the most demanding medical and research applications. Its products are designed for seamless integration, offering flexibility across hardware and software.

Whether you’re developing robotic platforms, surgical navigation systems, or AR-based visualization tools, Atracsys stands by your side with precision, reliability, and a spirit of collaboration.

Surgical Coatings is a trusted provider of surface coating services exclusively for the medical device industry, with more than 30 years of expertise in polymer coatings for robotic, electrosurgical, and advanced energy applications. As a partner to leading medical device OEMs, we deliver high-quality coating solutions that enhance device performance and reliability.

Our business is built on quality and consistency through automation. We use automated coating lines designed and built in-house by our engineering team, enabling precise control of coating thickness and uniformity for high-volume production. We have experience with a broad range of coating chemistries and substrates.

Our proprietary automated Virtual Masking™ technology provides selective coating removal in tight-tolerance areas, producing clean edges, precise coating-free areas, and advanced features such as chamfered transitions that support smooth passage of devices through tissue or cannulas.

Surgical Coatings mission is grounded in a commitment to the patients that the devices we coat will ultimately serve. We provide the application expertise and process control our customers need.

What are Surface Coatings?

Surface coatings are specialized finishes applied to medical devices to enhance their performance, reliability, and safety during clinical use. In electrosurgical instruments, coatings are critical for electrical insulation, managing energy, and protecting surrounding tissue.

Our area of specialty is hydrophobic polymer coatings, which play a key role in the performance of many medical devices, including robotic tubes and electrosurgery devices. These coatings reduce friction, repel fluids, and prevent sticking or tissue buildup during procedures. They also serve as electrical insulators or conductors, allowing energy to be directed precisely where it’s needed while minimizing risk to the patient.

The effectiveness of these coatings depends not just on the substrate material or coating chemistry, but on how the coating is applied. Uniform thickness, consistent adhesion, and clean edges are essential to maintaining both device function and patient safety. This is why Surgical Coatings’ main focus is on the application process, ensuring coatings perform exactly as intended, even in the most demanding surgical settings.

Capabilities & Services

We provide premium surface coating services designed to enhance the safety, reliability, and functionality of electrosurgical tools, robotic surgery instruments, and other medical devices. Our capabilities include:

Advanced Coating Application

• Automated liquid and powder coating production lines
• In-process coating thickness inspection with laser micrometers and SPC tracking
• Environmental controls that minimize surface defects and contaminants

Virtual Masking™ Technology

• Proprietary laser ablation process for crisp, clean, coating-free areas
• Eliminates manual masking, overspray, and risk of unwanted foreign material
• Designed by our in-house engineers
• Up to ±0.0002 inch precision with minimal heat

Wide Range of Coating Chemistries

• Polyurethanes, polyesters, epoxies, fluoropolymers, silicones, ceramics, and more
• Functional coatings for electrical insulation, anti-microbial, non-stick, lubricity, optical clarity, and corrosion resistance

Why Surgical Coatings?

At Surgical Coatings, we understand that the devices we coat play a critical role in patient outcomes. The instruments we coat are used in procedures that save or change lives, and the responsibility that comes with that is at the core of everything we do.

This patient-first mindset drives our commitment to quality, precision, and integrity. Here’s why industry leaders choose us:

• Medical-Only Focus: 100% dedicated to medical devices for over 30 years
• Unmatched Quality: Automation-driven consistency and in-line defect prevention
• FDA-Ready Standards: We know what’s required to pass regulatory scrutiny, and we build it into every process
• Engineering Expertise: From coating selection to complex masking and fixturing, our team is solution-focused and responsive
• Speed & Scalability: Designed for efficient ramp-up from prototype to production with cost-effective routing