Surgical Techniques

In Other News

• New Endovascular Catheter Shows Unprecedented Ability to Treat Pulmonary Artery Obstruction

• World’s First Surgical Guidance System Incorporates AI and AR

• Surgical Visualization Platform Brings Together Multiple Observation Modes for Future-Proof Endoscopic Surgery

• Caterpillar-Like Soft Magnetic Millirobot Could Perform Minimally Invasive Surgery

• Bioresorbable Implantable Device Could Treat Pain After Surgery

• Supermicro Robotic Instruments Address Challenges of Complex Supermicrosurgery

• First-Ever Surgical Platform Unifies Intraoperative 2D/3D Imaging, Navigation and Robotics

• World's First Flexible Endoluminal Robotic System Enables Scar-Free and Less Invasive Surgical Procedures

• Novel Visualization Technology Improves Use of Blue Light Imaging for Early Bladder Cancer Detection

• New Suturing Tool for Endoscopists Enables Less Invasive Procedures

• First-of-Its-Kind Defibrillator Achieves 98.7% Success Rate in Global Trial

• Robotic Kidney Cancer Surgery Offers Smaller Incisions, Fewer Blood Transfusions and Complications

• AI Medical Simulation Platform Helps Surgeons Learn Procedures through Immersive VR

• Device Enables Surgeons to Pre-Set Precise Ablation Margins to Target Only Cancer Tissue

• World's First True HD, Fog Free, Omnidirectional Articulating, Recyclable Laparoscope Reduces Patient Risk

• Surgeons Perform World’s First Completely Robot-Supported Microsurgical Operations

• Fluorescence Open Surgery Imaging System Gives Surgeons a New View

• Transcatheter Valve Repair System for MR and TR Patients Enables Precise Navigation and Implant Delivery

• New Ablation Technique Shows Promise for Hard-to-Treat Ventricular Tachycardia Heart Rhythms

• World’s Smallest Heart Pump Maintains Blood Pressure and Flow During Stent Placement

• New Technology Provides First-of-Its-Kind, Unobstructed View into Minimally Invasive Spine Surgery Procedures

• World’s First Smart Knee Implant Optimizes Patient Monitoring and Recovery After Surgery

• Robotic Surgery System Uses CT Scan for Precise Placement of Orthopedic Implants