Multi-source visual scanning and positioning systems for wide-field, full-scene surgical perception — unifying 3D reconstruction, optical tracking and scene understanding in a single device.
Multi-Source Visual Scanning & Positioning System
The first platform enabling simultaneous instrument tracking, patient surface reconstruction and AR visualization.
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Multi-Source Visual Reconstruction & Positioning System (High-Frame-Rate Edition)
High-frame-rate multi-source reconstruction and positioning for demanding real-time navigation scenarios.
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High-Precision Mid-to-Long-Range Stereo Vision Camera
Proprietary FPGA platform with temperature drift compensation for high-precision, large-range, multi-target real-time tracking.
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High-Precision Mid-to-Long-Range Stereo Vision Camera
World-first high-frame-rate binocular vision camera exceeding 400Hz tracking for stable, rapid target pose acquisition.
Learn More →Close-range stereo-vision optical navigation devices that precisely monitor the position and movement of objects by tracking micro-markers — designed for compact surgical spaces and near-field applications.
3D Near-Field Positioning Camera
Combines structured-light 3D surface reconstruction with high-precision optical tracking for near-field surgical navigation.
Learn More →Close-Range High-Precision Tracking Camera
Compact binocular vision camera with sub-millimeter precision for close-range surgical navigation.
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Enhanced Near-Field Scanning & Positioning System
Upgraded structured-light sensor with enhanced reconstruction speed and expanded tracking range for demanding near-field scenarios.
Learn More →Including passive reflective spheres, bowl-shaped reflective marker stickers, and active LED markers for high-precision optical tracking.
Our engineers can help you select the right tracking, reconstruction and navigation components for your system.
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