APPLICATION SCENARIOS TRANSCRANIAL MAGNETIC NAVIGATION In transcranial magnetic stimulation (TMS) navigation, Ruitong SE 3D uses binocular stereo vision technology to achieve high-speed reconstruction completing spatial registration in seconds. It tracks the three-dimensional spatial position and pose changes of coils, target points, patients, and robotic arms in real time throughout the process, intraoperative target point deviation, and inconsistency in repeated HIGH-SPEED RECONSTRUCTION TRACKING CAMERA treatments. It transforms blind stimulation based on experience into reproducible and precise stimulation navigation. DISORDERED SORTING In industrial sorting scenarios with disordered materials, Ruitong SE 3D uses high-speed reconstruction to capture the 3D shape and spatial coordinates of disordered materials in real time. Sub-millimeter positioning accuracy guides the robotic arm to complete precise grasping, intelligent obstacle avoidance, and simplifies system integration, adapts to dynamic production lines, OPTIONAL ACCESSORIES Standard probe Laser probe Precision measurement tools Head model Active / Passive Markers Optical support Sampling Frequency Ariemedi Medical Technology (Beijing) Co., Ltd., founded in 2016, is a national high-tech enterprise specializing in core precision navigation technologies. The company focuses on a full-chain layout of core precision navigation components and intelligent navigation equipment, bringing together experts in optics, electronics, mechanics, virtual reality, and artificial intelligence. It is committed to providing clients with first-class products, equipment, and technology development services. Stable accuracy guarantee Real-time high-speed reconstruction Reconstruction and tracking integration High integration and small size

The field of view determines a navigation camera’s ability to accurately track within the effective positioning space, Ruitong SE3D innovatively achieves high-speed 3D reconstruction capability of near surgical field. It quickly which is particularly crucial for small surgical fields, compact equipment layouts, and close-range minimally invasive acquires spatial point cloud information of near surgical field through binocular structured light optical imaging procedures. Therefore, the most suitable navigation system should be selected based on the spatial constraints of and instantly generates...