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Aimooe Technology
Aimooe Corporate Handbook

Aimooe Corporate Handbook

Product catalog summary

Company Overview

Guangzhou Aimooe Technology Co., Ltd is a high-tech AI company specializing in precision positioning, navigation, and control technologies, primarily for medical and industrial applications. Founded in Guangzhou, China, Aimooe develops advanced navigation and robotic positioning solutions for neurosurgery, TMS, joint replacements, radiotherapy, and industrial robotics. The company has a global presence across the Americas, Europe, the Middle East, and Southeast Asia.

Product and Technology Portfolio

Optical Tracking System

Aimooe offers the first near-infrared optical positioning camera and electromagnetic tracking system developed in China. The platform is FPGA-based, integrating innovative algorithms to enhance synchronization, stability, and accuracy for precision surgeries. The compact hardware design suits applications in dentistry, neurosurgery, ENT, and other fields requiring limited operating space.

Consumables include sterilized and non-sterile reflective marker spheres and AimMarkers, with a fully automated production line ensuring high yield and accuracy.

Electromagnetic Tracking System

The EM tracking system uses miniature sensors with multiple degrees of freedom (DOF) to provide real-time spatial positioning. It supports multi-target high concurrency with up to 16 DOF sensors simultaneously. Key applications include bronchoscope navigation, surgical robot navigation, tumor ablation, and medical research platforms. The system features signal conditioning, pose calculation, and dynamic display modules.

3D Structured Light Positioning Camera

This device integrates binocular vision and blue light speckle projection technology for high-contrast, stable depth reconstruction. It supports real-time 3D point cloud acquisition and intelligent closed-loop positioning, critical for radiotherapy and other medical applications. The camera offers sub-millimeter accuracy and robust adaptation to various skin tones and complex surfaces.

Core Technologies and Algorithms

Unique registration algorithms for precise calculation of surgical tool positions (needles, drills, probes).
Multi-loop and Kalman filtering algorithms for fast and accurate calibration of coordinate systems in robotic arms.
Image segmentation and 3D reconstruction technologies for intelligent anatomical analysis.
Robotic arm control technology enabling force feedback and safety boundary restrictions adaptable to different robotic brands.

Application Solutions

Robotic-Assisted Joint Replacement

Solutions for total knee and hip replacements include personalized surgical planning, real-time visualization, navigation-guided osteotomy, and prosthesis positioning. These improve surgical precision, reduce complications, and enhance patient recovery.

Neurosurgery Navigation

Combines structured light or probe-based surface registration with pre-operative path planning and intra-operative visual navigation to assist surgeons in accurate lesion localization and execution.

TMS Navigation Robotic Solution

Integrates optical spatial positioning, intelligent imaging algorithms, and high-precision robotic arms to achieve millimeter-level targeted positioning and automated treatment execution.

Dental Implant Robotic Solution

Employs deep learning for automatic anatomical segmentation and preoperative planning, enabling millimeter-level precision and flexible navigation modes for safer, digitally guided surgeries.

Surgical Robotic Education System

A comprehensive platform combining optical positioning cameras, software control, and robotic arms for precise teaching and practical training. It is implemented in key universities to support surgical robotics education.

Industry Position and Certifications

Aimooe focuses on the upstream segment of the surgical robot industry chain, providing hardware, software, and applications. The company holds multiple certifications including ISO, CE, PMDA, RoHS, REACH, and national high-tech enterprise status. It has received numerous awards and has established collaborations with universities and research institutions.

Key Specifications and Features

Optical Tracking System Accuracy: ~0.2 mm RMS, sample rates up to 200 Hz, interfaces include USB 3.0, Ethernet, WiFi.
Electromagnetic Sensors: Various sizes with 5-6 DOF, diameters from 0.8 mm to 3.5 mm, cable lengths ~1.5 m.
3D Structured Light Camera: Binocular structured light, working distance 1500-2500 mm, Z-axis repeatability 0.02-0.4 mm, frame rate 20 Hz, weight 3.4 kg.
Disposable and reusable positioning consumables designed for sterilization and accuracy.

Innovations and Achievements

First near-infrared optical positioning camera in China.
Development of a universal modular platform enabling rapid system assembly and shortened R&D cycles.
Comprehensive patent portfolio and group standards contributions.
Recognition as a national high-tech enterprise and multiple innovation awards.

Summary

Guangzhou Aimooe Technology Co., Ltd is a leading innovator in precision optical and electromagnetic tracking systems for surgical navigation and robotic positioning. Their modular, high-accuracy platforms support a wide range of medical applications including neurosurgery, joint replacement, radiotherapy, and dental implants. The company combines advanced hardware, proprietary algorithms, and intelligent software to deliver real-time, reliable spatial positioning solutions. With strong industry certifications, global market expansion, and collaborations with academic and medical institutions, Aimooe is positioned as a key upstream provider in the surgical robotics ecosystem.

Catalog excerpts

020-31800906 li c t@ ai m o o e . c o m www. aim o o e -te c h .c o m 30-6, Kaitai Road, Huangpu District, Guangzhou, 510700 China GUANGZHOU AIMOOE TECHNOLOGY CO.,LTD. Precision Empowers a Smart Future

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About AIMOOE Company Role Positioning Upstream Provider Midstream Manufacturer Downstream Application Areas Surgical Robot Industry Chain Focus on the upstream of the positioning surgical robot industry chain Hardware Joint Robot Spine Robot Dental Implant Robot Neurosurgical Robot Puncture Robot Ultrasound Navigation Product Structure Aimooe has developed the ﬁrst near-infrared optical positioning camera and electromagnetic tracking system in China, and built a universal mother platform for multiple surgical procedures. It can quickly build new systems through the combination of diﬀerent modules,...

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Achievements High technical barriers, long R&D cycles, comprehensive patent layout, relying on independent R&D and industry-university-research cooperation for industrialization. Patent Filing Patent Grant Research Project Group Standards ·The ﬁrst prize in the‘Qinglan Project’competition. ·Recognized as a certiﬁed SME. ·Became a member of the Guangdong Biomedical Engineering Society. ·The ﬁrst“Near Infrared Optical Positioning Camera”in China. ·R&D intellectual property management certiﬁed. ·Management system certiﬁcation. ·Surgical Robotics Technology Platform. ·“Joint Laboratory of Surgical...

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Optical Positioning Consumables OP-M631 | OP-M632 High Accuracy Low cost Unique lamination technology enhance production stability and identification accuracy. Establishing a fully automatic production line improves raw material utilization and product yield. Precise ^Positioning^/ The Optical Tracking System platform is based on FPGA technology and integrates several innovative algorithms to improve synchronization, stability and accuracy for precision surgery. Optical Positioning Tool OP-M311 | OP-M321Customization Algorithm matching Customized morphology and interfaces for any surgical robot...

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Core Component Typical Application Scenarios Electromagnetic Tracking System The system employs a highly integrated modular design, providing extremely stable underlying spatial tracking capabilities for conﬁned spaces and ﬂexible minimally invasive surgeries. Bronchoscope Navigation Real-time tracking of the bronchoscope's Provides real-time spatial positioning information Tumor Ablation Navigation Medical Research Platform position for precise lung target localization. Tracks the position of the ablation needle, Magnetic ﬁeld generator (FG) Sensor Interface Unit(SIU) System Control Unit(SCU)...

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Core Component Brand new Positioning Closed loop �D Structured Light Positioning Camera Optical surface monitoring and positioning Providing a reliable spatial positioning foundation for medical, industrial, and smart devices. OP-S�� fully covers the SGRT closed-loop workﬂow, eﬀectively replacing traditional experience-dependent radiotherapy positioning. High precision guarantee (2) Intelligent positioning closed loop （1）Real-time 3d point cloud acquisition OP-S�� Automatically compares with the planned position, intelligently corrects deviations, and ensures consistency. Core Imaging Technology...

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Core Algorithm Image Segmentation and �D Reconstruction Technology Robot Calibration Technology With the algorithms such as multi-loop and Kalman ﬁltering, an accurate calibration of various coordinate systems in the robot system can be quickly completed. Developing an advanced image segmentation platform for precise and intelligent anatomical analysis. Robotic Arm Control Technology Spatial Calibration Technology This technology intelligently calculates the target position and orientation, quickly tracks the target for follow-up, and improves safety through force feedback and safety boundary...

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Application Cases Robotic-Assisted Knee Replacement Solution Hip Replacement Robotic Solution The robotic system assists with personalized total knee replacement procedures, improving precision in bone preparation and prosthesis positioning, reducing post-surgery complications, and enhancing long-term patient recovery and surgical outcomes. Core Modules User/Case Management Pre-op Preparation The robotic system oﬀers individualized surgical planning, real-time visualization, and navigation-based precision for hip replacement, enhancing alignment accuracy and improving surgical outcomes. Core...

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Application Cases Neurosurgery Navigation Solution TMS Navigation Robotic Solution The neurosurgical navigation system performs surface registration via structured light or probe methods. Combined with A perfect fusion of optical spatial positioning, intelligent imaging algorithms, and high-precision collaborative accurate lesion localization and surgical execution. standardized treatment. pre-operative path planning and intra-operative visual navigation, it precisely adjusts the universal arm to assist surgeons in Core Modules robotic arms, achieving millimeter-level targeted positioning and...

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Application Cases Dental Implant Robotic Solution Surgical Robotic Education System Deep learning‒driven automatic anatomical segmentation and full-dimensional preoperative planning signiﬁcantly lower the The surgical robot educational system is a comprehensive educational platform that integrates optical positioning camera, navigation modes, enables a safe transition from“Drilling by feel”to“Digitally guided visualization.” entered many key universities to implement supporting teaching. threshold for surgery. Millimeter-level precision control, combined with ﬂexible switching between handheld...

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