PERMANENT MAGNETIC 3D TRACKING SYSTEM ORBIT (base station) • Unique, omnidirectional magnetic signal • All-in-one, portable design • Natural resistance to interferences SENSOR INTERFACE UNIT (SIU) • Sensor data sampling and interface • Single / 3-ports with biocompatible exterior • USB-C cable with secure connection • Independent 6DOF tracking point • Submillimeter precision and accuracy • Customizable arrangements and lengths NAVIGATION / INTERVENTION ROBOTICS / AUTOMATION TRAINING / SIMULATION DIGITAL TWINS / XR • ORTHOPEDIC / SPINAL • CARDIOVASCULAR / ELECTROPHYSIO • ABDOMINAL / THORACIC / OBGYN OMNIPURPOSE MOTIONTRACKING www.ommo.co I [email protected] | Dallas, TX, USA • MEDICAL PROFESSIONALS • CORPORATE PARTNERS • RESEARCH INSTITUTIONS • INDEPENDENT DEVELOPERS

ORBIT ALL-PURPOSE 3D TRACKING SYSTEM PRECISION THAT REVOLVES AROUND YOU TRACKING OUTPUT • Data: Position and orientation (6DOF) for each sensor • Range: 650mm radius sphere HARDWARE SPEC HARNESSING THE NATURAL ADVANTAGES OF A PERMANENT MAGNET AN ALL-IN-ONE DEVICE THAT FITS IN THE PALM OF YOUR HAND o Power & Data: USB C 2.0 o Sensor sync: Proprietary 2.4 GHz protocol COMBINING SUB-MILLIMETER PRECISION WITH UNRIVALED CONVENIENCE AND VERSATILITY • FCC ID: FCC Part 15.249; Part 2.1091; Part 8 • Other Wireless Coexistence: ANSI C63.27; AAMI TIR69

AXON THE NEXT-GENERATION WIRED SENSOR SYSTEM PRECISION. SECURED. • Cutting edge performance inside pressure-molded, waterproof enclosure. • Ready for both standalone use and custom integration. Right out of the box. • IEC 60601-1, IEC 60601-1-2 certified, and manufactured in ISO 13485 compliant facility. • IP65 (when sensor connected) • Precision: RMS 0.6mm (pos.), 0.15 degrees (orient.) • Accuracy: RMS 0.2mm (pos.), 0.1 degree (orient.) • Precision: RMS 0.4mm (pos.), 0.11 degrees (orient.) • Accuracy: RMS 0.17mm (pos.), 0.08 degree (orient.) Synapse connector (female) & USB C ^ USB: 2.0 FS,...

MEDICAL MARKET IN FOCUS PRECISION YOU CAN COUNT ON Creating the most reliable and resilient 3D tracking system. The one you can count on with patients’ lives on the line. Trusted by 150+ customers around the world. Ultrasound transducers Cardiovascular Electrophysio Abdominal Thoracic Bronchoscopic Spinal Catheters, Needles, Guide wires Surgical Robots Orthopedic Locking screws, plates, and nails OMNIPURPOSE MOTIONTRACKING www.ommo.co | [email protected] | Dallas, TX, USA

USE CASE: SURGICAL NAVIGATION From pre-operative planning, to imaging, to actual surgery. Precise and dynamic 3D tracking is a must-have. Track patient with the smallest wireless sensor in the market. Embed our micro sensors into any surgical tools. The difference? Time, money, and lives saved. 1. MEDICAL IMAGE is created using CT, MRI, and others, targeting the surgical area of the patient 2. SENSOR EMBEDDED TOOL, such as a flexible catheter, is tracked in real time for precise position and orientation tracking during the intervention REFERENCE SENSOR is placed on the patient to make sure any...

USE CASE: DENTAL IMPLANT Precisely track the drill for a digitized and dynamic dental implant procedure. Dentists no longer need to make static guide or rely on naked eyesight. It’s faster, cheaper, and safer. 1. MEDICAL IMAGE is created using CT, MRI, and others, scanning the patient’s teeth and gums 2. SENSOR EMBEDDED DRILL is tracked in real time for precise position and orientation tracking REFERENCE SENSOR is attached to the patient’s teeth, jaw, or gums to track the movement in sync with the medical image BASE STATION is placed next to the patient’s head for optimal performance OMNIPURPOSE...

Multiple, imperceptible sensors turn complex into simple. USE CASE: TRAINING AND SIMULATION Embed and connect as many sensors needed to digitally transform any environment you are in. Learn to fly a fighter jet, handle hazardous materials, and cook a delicious meal. As many times as you want. ORBIT can capture, learn, and adapt to any scenario. 1. SENSOR is attached to the user’s head, hands, or any other part of the body/equipment that needs to be tracked for: ● Remote operation 2. BASE STATION is placed in a position that best covers the user interaction area of the target application EXAMPLE:...