Optical motion tracker AIMOOE Snap-On

simulation

Overview
Single-use sterile 11.5 mm passive retro-reflective marker sphere designed to snap onto OEM instruments with snap-fit mounting posts. These retro-reflective markers enable high-precision wireless and electromagnetic tracking, supporting robotic-assisted procedures, automated process control and industrial automation applications.

Legal Disclaimer
Aimooe reflective marker spheres are precision measurement components intended for research and prototyping. These products have not been reviewed or approved by the FDA and are not intended for clinical medical use. They are not developed, tested, or manufactured according to medical device standards or regulations. Aimooe assumes no liability for use of these products outside their intended research or prototyping purposes.

Key Features & Applications
These markers are optimized for high-precision motion detection and straightforward integration with control systems and automation platforms. Typical applications include robotic navigation prototyping, automated manufacturing, AI-enhanced machine control and research into robotic-assisted procedures.

Product Advantages

• High-precision motion tracking – Suitable for robotics, industrial automation and research applications, providing accurate position feedback.
• Electromagnetic tracking compatibility – Supports real-time wireless/electromagnetic tracking for control systems and robotic workflows.
• AI-compatible for automated process control – Enables integration with intelligent automation and AI-driven tracking solutions.
• Snap-on passive design – Rapid installation on compatible snap-fit posts without active components.
• Consistent performance – Engineered for repeatable measurements in research and industrial environments.

Technical specifications

• Size: 11.5 mm
• Type: Snap-on passive retro-reflective marker (sphere)
• Sterility: Single-use, sterile
• Mounting: Snap-fit posts compatible with OEM instruments
• Operation: Passive retro-reflective; supports wireless and electromagnetic tracking
• Primary applications: Robotic navigation prototyping, research on robotic-assisted procedures, automated process control systems, industrial automation, AI-enhanced machine control
• Compatibility note: Described as compatible with common tracking systems (e.g., Brainlab)