Next-Generation Robotic-Exoscope Delivers Leap Forward in Optical Performance and Robotics to Modernize ORs
By HospiMedica International staff writers Posted on 04 Dec 2023 |
A next-generation robotic exoscope is delivering a leap forward in optical performance and robotics to modernize operating rooms.
Modus X, the fourth generation of Synaptive Medical’s (Toronto, ON, Canada) robotic exoscope, now comes with redesigned 4K 3D optics, 27x magnification, automated image focus, and voice guidance. Modus X stands out with its capability for fluorescence-guided surgery, which aids in the real-time differentiation of oncological tissues during surgical procedures. Ergonomically designed, Modus X ensures a more comfortable surgical experience, minimizing fatigue. Its enhanced optics and precise robotic positioning are tailored for surgeries involving narrow corridors, facilitating more comprehensive resections while minimizing the need for aggressive tissue retraction. Moreover, Modus X's design is adaptable, allowing for field upgrades from Synaptive’s previous model, Modus V. This flexibility ensures that the 80 hospitals globally already equipped with Modus V can easily transition to the latest technology.
Modus X is a key component of Synaptive’s comprehensive suite of interconnected products, designed to bring together various aspects of surgical intervention – from mid-field MRI and surgical planning to navigation and advanced visualization. Designed through interdisciplinary collaboration to support healthcare professionals and systems, the Synaptive Integrated Suite enables precision care through the synergy of high-quality information and cutting-edge automation at all stages of clinical intervention. The Synaptive Integrated Suite uses powerful technology, including voice control, tool tracking, robotics, and proprietary software, to enhance workflows and deliver unprecedented patient outcomes. Designed to work seamlessly together, but built on an open platform, the Synaptive Integrated Suite of products can integrate with third-party systems to enhance existing workflows.
“We anticipate these enhanced visualization capabilities will enable surgeons to perform even more effective and precise interventions to the benefit of their patients,” said Cameron Piron, President and Co-founder of Synaptive Medical. “Through years of interdisciplinary collaboration with our clinical partners, we have arrived at this ultimate platform that pushes the boundaries of surgical visualization.”
Related Links:
Synaptive Medical
Latest Surgical Techniques News
- Traditional Open Surgery for Lymph Node Removal Remains Gold Standard for Testicular Cancer
- 3D-Printed Porous Tantalum an Emerging Material for New Generation of Orthopedic Implants
- Flexible and Reusable Medical-Grade Plastic Device Aids Robot-Assisted Heart Surgery
- Robots to Play Larger Role in Surgery Due to Recent AI Developments
- Microscopic Wearables Snugly Wrap Around Neurons to Probe Brain’s Subcellular Regions
- Batteryless, Wireless Stent Sensor Warns of Blockages in Bile Duct
- Microgrippers For Miniature Biopsies to Create New Cancer Diagnostic Screening Paradigm
- Miniature Soft Lithium-Ion Battery Could Be Used as Defibrillator During Surgery
- TAVI Procedure Supported by Radial Artery Access Reduces Bleeding Complications
- Portable Surgical Robot Seamlessly Integrates into Any OR for Performing Cholecystectomy Procedures
- New Thoracic Surgery Risk Calculators Support Preoperative Decision-Making
- Surgical Platform with Miniature Humanoid-Shaped Robotic Arms Provides Human Level Dexterity
- Precision Surgical Technique Enables Lymph Node Detection and Removal in Endometrial Cancer
- Glowing Approach Helps Surgeons Assess Neural Blood Flow in Chronic Nerve Compression Neuropathy
- Predictive Model Identifies Best Patients for Minimally Invasive Epilepsy Surgery
- Light-Driven Micro-Robot Designed to Swim Autonomously in Viscous Liquids Could Be Used for Unblocking Blood Vessels