Single-Port vs Multi-Port Robotic Surgery
Single-port and multi-port robotic surgery differ fundamentally in incision count, instrument triangulation, and complexity. A technical and clinical comparison.
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Single-port and multi-port robotic surgery differ fundamentally in incision count, instrument triangulation, and complexity. A technical and clinical comparison.
›Stereotaxis robotic magnetic navigation system for minimally invasive cardiac catheter ablation, distributed in China by MicroPort EP.
›Intraoperative surgical navigation system with patented laser guidance module for minimally invasive procedures, developed by Saturn Imaging.
›World's first internally motorized natural orifice surgical robot with haptic feedback, developed by NISI for scarless abdominal and pelvic surgery.
›Single-port robotic surgical system for single-incision and natural orifice procedures, currently in NMPA innovative device review program.
›Single-port laparoscopic surgical robot enabling minimally invasive surgery through a single incision, developed by Edge Medical.
›Shape-sensing robotic bronchoscopy platform for peripheral lung lesion biopsy, approved by NMPA in March 2024 for early lung cancer diagnosis.
›MRI-guided laser interstitial thermal therapy system for minimally invasive treatment of epilepsy and brain tumors; Sinovation describes it as China's first LITT platform of its kind.
›Robotic laparoscopic camera holder with RCM mechanism for stable visualization during minimally invasive surgery, compatible with 3D/4K systems.
›Single-port laparoscopic robot featuring snake-shaped instruments through 2.5cm incision, approved by NMPA in March 2025.
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