Camera holding surgical robot

needle positioningguidingsurgical navigation

Solution overview
The hair transplant robot combines advanced robotic technologies and modern medical methods to perform minimally invasive follicular unit identification, extraction and implantation using high-resolution cameras, microscopes and advanced image processing. 艾瑞迈迪 has deep expertise in 3D high-precision surface reconstruction, robotic-arm control, intelligent follicle localization and automated high-quality follicle selection, and has supported multiple large enterprises in obtaining Class III medical device certificates.

System modules

• Head surface reconstruction: reconstructs the head surface (2D, 3D) and maps 2D images to 3D point clouds.
• Image recognition: high-quality follicle screening and localization; 2D/3D image fusion display for identifying and selecting suitable follicular units.
• Robotic-arm control: force feedback, arm simulation and rapid calibration; supports precise and controllable transplant operations.

Technical advantages

• High-precision 3D surface reconstruction: custom cameras enable accurate 3D reconstruction of the scalp and precise localization of each follicle.
• Automated high-quality follicle selection: 2D/3D image fusion automatically selects follicles with sufficient hair density suitable for transplantation.
• Precise robotic-arm control: 7-axis arm with high-precision control system and force feedback ensures patient safety and high-accuracy operation.
• AI postoperative evaluation: automatically extracts implantation location data and provides quantitative assessment of postoperative hair status.

Applications and value
The solution is suitable for follicle identification and extraction, automated selection of high-quality follicles, precise implantation control and postoperative quantitative evaluation. It aims to increase surgical precision, reduce scalp trauma, improve graft survival and enhance postoperative predictability.

Technical specifications

• Reconstruction capability: supports head surface reconstruction and mapping between 2D images and 3D point clouds.
• Image processing: 2D/3D image fusion, automatic follicle detection and high-quality follicle selection algorithms.
• Robotic arm: 7-axis arm equipped with high-precision control and force feedback, supports rapid calibration and simulation.
• Postoperative evaluation: AI-based quantitative postoperative assessment extracting implantation locations and evaluating hair status.
• Certifications: company has experience in R&D and delivery supporting Class III medical device certifications.