Johnson & Johnson MedTech revolutionizes the surgical field with the launch of its new Electrosurgical Generator, Dualto.
This innovative system is designed to work in perfect harmony with the Ottava surgical robot, promising unmatched precision.
By integrating multiple energy modalities, Dualto redefines the standards for open and minimally invasive procedures.
This launch marks a significant advancement in medical technology, providing surgeons with a unified platform for various surgical applications. With its modular design and flexible architecture, Dualto occupies nearly half the space required compared to traditional generators. The use of adaptive tissue technology allows for improved thermal management, ensuring safer and more precise interventions. The simplification of workflows in the operating room reduces stress for medical teams, fostering a more efficient working environment.
The Dualto system supports a variety of energy modalities, including monopolar, bipolar, ultrasonic, and advanced bipolar instruments such as Harmonic and Enseal devices. This versatility allows surgeons to select the energy best suited for each step of the procedure, optimizing clinical outcomes. The modular design of Dualto offers increased flexibility, facilitating its integration into various operating environments.
A unique feature of Dualto is its dual configuration, the first of its kind in the surgical energy systems market. This innovation allows two surgeons to work simultaneously on the same complex procedure, activating distinct energies from a single unit. This fosters close collaboration and increased efficiency in large-scale interventions.
According to Hani Abouhalka, president of the Surgery group at Johnson & Johnson MedTech, “The Dualto energy system represents a major advancement in human-centered design, offering a fully connected solution that simplifies surgical energy and enhances efficiencies in the operating room.” This user-centered approach reflects J&J’s commitment to tailoring its technologies to the evolving needs of surgeons and clinical teams.
Additionally, Dualto integrates the Polyphonic Fleet software application, allowing hospitals to oversee and manage capital equipment from a centralized location. This software solution simplifies software updates and routine maintenance of the system, ensuring optimal performance and increased longevity of medical devices.
With the ambition of making Dualto and Polyphonic Fleet available in selected hospital centers soon, Johnson & Johnson MedTech is also preparing the development phase of its surgical robot Ottava. This promising collaboration between advanced energy technology and surgical robotics paves the way for future innovations, redefining the possibilities of modern surgery.
Introduction of the new Dualto generator from Johnson & Johnson MedTech
Johnson & Johnson MedTech, an undisputed leader in the field of medical technologies, has recently unveiled its latest innovative product: the Dualto electrosurgical generator. This revolutionary system is designed to meet the growing needs of surgeons and healthcare facilities, providing a versatile energy solution suitable for various surgical procedures. Officially launched on March 25, 2025, Dualto is already hailed as a major advancement due to its advanced features and compatibility with cutting-edge robotic technologies.
Dualto stands out for its ability to integrate multiple energy modalities within a single platform. This integration allows for smooth and efficient use in both open surgery and minimally invasive procedures. By combining monopolar, bipolar, ultrasonic, and advanced bipolar technologies, Dualto provides surgeons with unmatched flexibility, enabling them to choose the best energy option based on the specific needs of each intervention.
The introduction of Dualto to the market represents a significant step in Johnson & Johnson MedTech’s commitment to providing high-quality surgical equipment. In collaboration with its research and development team, the company has managed to create a device that not only enhances performance in the operating room but also optimizes the overall efficiency of medical teams. Dualto is designed to integrate seamlessly with existing systems, minimizing disruptions and facilitating adoption by healthcare professionals.
At the heart of this launch is Johnson & Johnson MedTech’s objective to strengthen its position as an innovator in the medical sector. By offering such a sophisticated electrosurgical generator, the company not only meets current market demands but also anticipates the future needs of surgeons and patients. Dualto embodies this vision by providing a comprehensive and scalable energy solution, ready to adapt to future technological advancements.
Features and technological innovations of Dualto
The electrosurgical generator Dualto incorporates a range of innovative features that set it apart from traditional energy systems. One of the main innovations lies in its modular design and flexible architecture, allowing for nearly 46% reduction in footprint compared to separate generators. This compactness is particularly beneficial in operating room environments where space is often limited.
Dualto utilizes proprietary tissue adaptation technologies, optimizing the performance of Harmonic and Enseal devices. This smart technology responds to changing tissue conditions, regulating energy delivery to ensure improved thermal management. This translates to a reduction in the risk of thermal damage to surrounding tissues, thereby increasing the safety and efficiency of interventions.
Another key aspect of Dualto is its capability to manage multiple energy modalities simultaneously. Surgeons can easily switch between monopolar, bipolar, ultrasonic, and advanced bipolar modes thanks to an intuitive touch interface. This ease of use allows healthcare professionals to save time and focus more on the clinical aspects of the intervention. Furthermore, the system provides real-time feedback, facilitating quick and precise adjustments during surgery.
Connectivity is also at the core of Dualto’s innovation. Through its integration with Johnson & Johnson MedTech’s Polyphonic Fleet software, the generator can be monitored and managed remotely. This includes software updates, preventive maintenance, and device status tracking, ensuring optimal availability and performance. This interconnectivity creates a smarter and more responsive operating room ecosystem, capable of adapting to the dynamic requirements of modern surgical procedures.
Compatibility with the surgical robot Ottava
One of the most highly anticipated announcements during the launch of Dualto is its compatibility with the surgical robot Ottava. Ottava, currently under development at Johnson & Johnson MedTech, represents the next generation of surgical robots, designed to assist surgeons in complex procedures with unprecedented precision and control. The integration of Dualto with Ottava promises to transform operating rooms into ultra-connected and technologically advanced environments.
The synergy between Dualto and Ottava allows surgeons to fully leverage robotic capabilities during procedures. The electrosurgical generator provides the necessary energy for robotic tools, thereby optimizing the overall performance of the system. This integration ensures that procedures performed with Ottava benefit from the precision and consistency offered by Dualto, reducing the risk of errors and improving outcomes for patients.
A key aspect of this compatibility is Dualto’s ability to provide a stable and controlled energy supply, essential for the effective operation of surgical robots. Robots like Ottava require reliable energy sources to perform precise and repetitive movements. Dualto meets this requirement by offering a constant and adaptive energy delivery, ensuring that robots can operate optimally throughout the intervention.
Furthermore, the integration with Ottava facilitates better coordination among the various elements in the operating room. Data generated by Dualto can be shared in real-time with the robotic system, allowing for smooth synchronization of actions and improved communication between devices. This interconnectivity helps create a more harmonious surgical environment, where each technological component works in synergy to achieve the best possible outcomes.
Benefits for surgeons and medical teams
The introduction of Dualto to the market brings numerous benefits to surgeons and medical teams, enhancing the fluidity and efficiency of interventions. One of Dualto’s main strengths lies in its ease of use thanks to an intuitive touch interface. This interface allows surgeons to quickly select the appropriate energy modality without wasting time, thus optimizing workflows during procedures.
Dualto also contributes to reducing stress and fatigue among medical teams by simplifying equipment management. With a consolidated system that replaces multiple distinct generators, operating rooms become more organized and less cluttered. This organization not only improves operational efficiency but also creates a more pleasant and less stressful working environment for healthcare professionals.
Another significant advantage is Dualto’s capability to provide real-time feedback. Surgeons can immediately adjust energy parameters based on the needs of the intervention, ensuring greater precision and better tissue management. This responsiveness is crucial for minimizing risks and optimizing surgical outcomes, providing enhanced safety for both patients and medical teams.
The compatibility with Polyphonic Fleet software further strengthens the benefits for medical teams. By enabling centralized management of equipment, Dualto facilitates performance tracking and maintenance planning. This ensures continuous availability of devices, reducing interruptions and ensuring maximum efficiency in operating rooms. Consequently, teams can fully focus on the clinical aspects of interventions without worrying about technological constraints.
Integration with Polyphonic Fleet software
The integration of Dualto with Johnson & Johnson MedTech’s Polyphonic Fleet software represents a significant advancement in medical equipment management. Polyphonic Fleet is a medical device management application that allows hospitals to efficiently supervise and control surgical equipment. This integration facilitates the management of Dualto electrosurgical generators, providing an overview of performance and maintenance needs.
With Polyphonic Fleet, healthcare facilities can monitor the status of Dualto in real-time, ensuring that the generator is always operating at its full potential. The software sends automatic notifications for software updates and maintenance needs, allowing technical teams to plan necessary interventions without disrupting surgical operations. This automation enhances the reliability of equipment and reduces the risk of unexpected breakdowns.
The Polyphonic Fleet application also enables centralized management of data from Dualto. Information on the usage and performance of the generator can be analyzed to identify trends and areas requiring improvement. This thorough analysis helps hospitals optimize equipment usage, reduce costs, and improve the quality of care provided to patients.
Furthermore, the integration with Polyphonic Fleet promotes better communication among the various teams in the hospital. Data shared by the software allows for more efficient coordination among surgeons, technicians, and managers, ensuring smooth management of resources. This enhanced collaboration contributes to creating a more cohesive and responsive operating room ecosystem, capable of quickly adapting to the changing needs of surgical interventions.
Demonstrations and future deployments
Johnson & Johnson MedTech plans to showcase Dualto at the upcoming global conference of the Association of periOperative Registered Nurses (AORN) in Boston, providing an international platform for this innovation. This event is the perfect opportunity to demonstrate the advanced capabilities of Dualto and its integration with robotic systems like Ottava. Attendees will be able to observe the generator’s performance live and ask questions directly to Johnson & Johnson MedTech experts.
The demonstrations will include real clinical scenarios where Dualto will be used in combination with the Ottava robot to illustrate the efficiency and synergy between the two technologies. These demonstrations will allow surgeons and technical managers to better understand the practical advantages of Dualto and how it can optimize surgical outcomes. In addition, user feedback will be invaluable for further refining the product before its broader deployment.
Johnson & Johnson MedTech aims to make Dualto and Polyphonic Fleet available in selected hospitals in targeted markets in the near future. This initial deployment phase will gather additional data and user feedback, essential for ensuring successful adoption and smooth integration into various clinical environments. The ongoing development of the Ottava robot is also in progress, with clinical testing taking place in parallel to ensure its performance and reliability before commercialization.
In the long term, Johnson & Johnson MedTech envisions expanding the availability of Dualto to a greater number of healthcare facilities worldwide. This expansion will include specific training for users, ensuring complete mastery of the advanced features of Dualto. The company is committed to supporting its clients throughout the adoption process by providing dedicated technical support and offering detailed educational resources.
Impact on operating room performance
The introduction of Dualto in operating rooms significantly impacts the overall performance of surgical interventions. By offering an integrated and versatile energy solution, Dualto allows medical teams to work more coherently and coordinated. This integration reduces preparation and adjustment time for equipment, accelerating the flow of operations and increasing efficiency.
Dualto also enhances the precision of surgical maneuvers through its intelligent energy management. The tissue adaptation technology ensures optimized energy delivery, minimizing the risks of collateral damage and improving the quality of sutures and cuts. This increased precision translates into safer interventions and reduced recovery times for patients, thereby strengthening surgeons’ confidence in the use of this advanced generator.
The optimization of thermal management is another crucial aspect where Dualto excels. By effectively regulating temperature, the generator prevents overheating of instruments and tissues, thereby reducing postoperative complications. This advanced thermal management contributes to improving surgical outcomes and prolonging equipment lifespan, providing significant added value to healthcare facilities.
Dualto’s ability to seamlessly operate with robotic systems, such as Ottava, opens the door to more complex and sophisticated surgical interventions. Surgical robots require a reliable and constant energy source to perform precise and repetitive movements. Dualto meets this requirement by providing stable energy supply, thereby ensuring the proper functioning of robots and the success of interventions.
Finally, the integration with Polyphonic Fleet allows for continuous monitoring of equipment status, facilitating preventive maintenance and reducing unexpected interruptions. This proactive monitoring ensures that Dualto is always ready for use, minimizing downtime and maximizing the use of operating rooms. As a result, healthcare facilities can operate more smoothly and efficiently, providing better care to patients.
Future prospects for Johnson & Johnson surgical technologies
With the launch of Dualto, Johnson & Johnson MedTech reaffirms its commitment to innovation and excellence in the field of surgical technologies. The company continues to push the boundaries of what is possible in healthcare by integrating the latest technological advancements to improve clinical outcomes and optimize surgical processes. Dualto is just the beginning of a series of developments that will transform the operating rooms of the future.
The ongoing integration of robotic technologies, such as the Ottava robot, with advanced energy solutions, reflects Johnson & Johnson MedTech’s vision for a future where surgical interventions are increasingly assisted by intelligent and connected devices. This holistic approach enables the creation of a medical ecosystem where each component works in synergy to provide high-quality care while reducing costs and increasing efficiency.
Johnson & Johnson MedTech also plans to explore new energy modalities and emerging technologies to continue innovating in the surgical field. Research and development remain at the core of the company’s strategy, with a particular focus on enhancing the safety, precision, and user-friendliness of medical devices. This direction ensures that Johnson & Johnson MedTech remains at the forefront of technological progress, ready to address the future challenges of the healthcare sector.
Moreover, the emphasis on connectivity and data analysis in solutions like Dualto paves the way for innovations based on artificial intelligence and machine learning. These technologies could allow for even more personalized surgical interventions, adapting energy parameters in real time to the specific needs of each patient. This personalization could revolutionize surgical care, making interventions safer and more effective.
In conclusion, the launch of Dualto marks an important milestone in the evolution of surgical technologies from Johnson & Johnson MedTech. With its innovative and integrated approach, Dualto offers a comprehensive energy solution that meets the current and future needs of healthcare professionals. By continuing to invest in research and development, Johnson & Johnson MedTech is well positioned to shape the future of surgery by providing tools and technologies that enhance the quality of care and patient outcomes.
