Johnson & Johnson MedTech has introduced its FDA-cleared Dualto energy system, marking a significant addition to surgical technologies. This launch comes as part of the company’s ongoing efforts to integrate advanced energy modalities into surgical procedures, providing surgeons with a versatile tool for both open and minimally invasive surgeries. The Dualto system is designed to work seamlessly with J&J’s Polyphonic Fleet software, enhancing device management and operational efficiency in the operating room.
Since its initial announcement, Dualto has been positioned as a pivotal component in Johnson & Johnson’s broader surgical robotics strategy. Previous reports highlighted the company’s commitment to innovation in surgical energy systems, but the Dualto system represents a concrete step forward in this direction. Unlike earlier models, Dualto offers a more comprehensive integration with existing robotic systems, setting it apart in the competitive landscape of medical technology.
How Does Dualto Enhance Surgical Performance?
Dualto integrates multiple energy modalities, including monopolar, bipolar, ultrasonic, and advanced bipolar instruments, into a single platform. This consolidation allows for improved temperature management and precise energy delivery, which are critical for successful surgical outcomes. The system’s adaptive tissue technology adjusts to varying tissue conditions, providing surgeons with real-time feedback and enhanced control during procedures.
What Are the Key Features of the Dualto System?
Designed with a modular and flexible architecture, Dualto occupies nearly half the space of traditional separate generators. Its intuitive touchscreen interface, complete with visual and auditory cues, facilitates ease of use and reduces setup time. Additionally, Dualto supports simultaneous energy activation by multiple surgeons, enhancing collaboration during complex operations.
How Will Dualto Integrate with Future Surgical Robotics?
“Dualto supports a more flexible and digitally connected OR ecosystem for the future of surgical care,”
stated Hani Abouhalka, group chair for surgery at J&J. The system is also planned to be compatible with the upcoming Ottava surgical robot, further expanding its applications in robotic-assisted surgeries. This integration aims to provide a cohesive and efficient workflow, leveraging both energy management and robotic precision.
The Dualto system not only streamlines the surgical process but also aims to reduce stress levels for medical teams through its user-friendly design. By offering real-time updates and streamlined workflows, it enhances the overall efficiency of the operating room. The Polyphonic Fleet software complements Dualto by providing comprehensive oversight of equipment status, ensuring timely maintenance and software updates.
Looking ahead, Johnson & Johnson plans to make Dualto available to selected hospitals in targeted markets, with the Ottava surgical robot still under development and review. This strategic rollout is expected to solidify J&J’s position in the surgical robotics market, providing healthcare teams with advanced tools to improve patient care.
As surgical technologies continue to evolve, systems like Dualto play a crucial role in enhancing the precision and efficiency of medical procedures. By integrating multiple energy modalities and supporting advanced robotics, Dualto addresses the growing demands for versatile and reliable surgical equipment. Healthcare providers can anticipate improved surgical outcomes and streamlined operations with the adoption of such integrated systems.
