Revolution in medicine: RTI and Kinova bring robotics together!

RTI und Kinova kooperieren zur Integration intelligenter Konnektivität in der medizinischen Robotik, vorgestellt auf dem Surgical Robotics Society Meeting.
RTI and Kinova cooperate to integrate intelligent connectivity in medical robotics, presented at the Surgical Robotics Society Meeting. (Symbolbild/WOM87)

Revolution in medicine: RTI and Kinova bring robotics together!

Straßburg, Frankreich - What happens in the world of medical robotics? Recently, on July 8, 2025, the company Real-Time Innovations (RTI) announced an exciting partnership with Kinova, a well-known player in the field of professional and medical robotics. This cooperation aims to merge advanced robotics technologies with data -centered connectivity. The result? A simplification of product life cycles, fewer program drivers and the creation of new possibilities in physical artificial intelligence, especially in surgical robotics.

What will the technical support within this partnership look specific? RTI Connext is integrated into the systems of Kinova, which facilitates and accelerates the design of the next generation platforms. This makes it possible to combine robotics comprehensively with a digital ecosystem, which is made up of visualization, artificial intelligence, sensorism and real-time date inter-operability. RTI and Kinova can also be found in the Nvidia Isaac for Healthcare program-an impressive sign of the potential of these technologies.

surgical robotics: a revolutionary development

Surgical robotics have revolutionized the implementation of operations, not without reason. These innovative systems have a number of advantages: from improved precision to minimizing invasive interventions and thus better patient results. Robots support surgeons in complex procedures and at the same time offer increased control and accuracy.

Here are some of the key features of surgical robots:

  • precision: minimal error in complicated maneuvers.
  • minimally invasive: operations through small cuts.
  • improved visualization: high definition, 3D views of the operating field.
  • improved dexterity: increased range compared to the human hand.

The variety of surgical robotics is impressive. It ranges from robot -based laparoscopic operations to orthopedic, neurosurgical and cardiac surgery. Here is a brief overview:

Type systems applications
robot -based laparoscopic operations da vinci surgical system, senhance surgical system General, gynecological and urological surgery
Orthopedic robot surgery makoplastics, robodoc hip replacement, knee replacement
neurosurgical robot pink, neuromate brain stimulation, tumor liability
cardiac robot surgery da vinci, corpath grx bypass plugs, coronary interventions
robot catheter Sensei X, Magellan cardiac arrest procedure, vascular interventions

The future has started

The integration of artificial intelligence and modern imaging technologies is the next step on the way to even more advanced surgical robots. Functions such as telecropy and improved haptic feedback systems are no longer just visions, but take shape. Less costs and increased accessibility will further democratize this area and improve the quality of patient care.

summarized: The partnership between RTI and Kinova could be the key to launching even more powerful medical robot systems. François Boucher, Vice President at Kinova, and Bob Leigh, Senior Director at RTI, emphasize how important this cooperation is for the development of innovative solutions. With the focus on telephoto surgery and improved operational precision, exciting times come up with medical robotics. You can look forward to what the future will bring!

For more information about the partnership between RTI and Kinova, take a look at med tech insights You ee news for further details on intelligent connectivity. The perspective on Einimed With regard to surgical robots and their future trends.

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OrtStraßburg, Frankreich
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