Independent scientific publications have shown that minimally-invasive surgery with the ROSA® robot:
Increases accuracy and safety for patients
Please visit our Testimonials page for stories from ROSA®-operated patients (link).
Independent scientific publications have shown that minimally-invasive surgery with the ROSA® robot:
Increases accuracy and safety for patients
Please visit our Testimonials page for stories from ROSA®-operated patients (link).
Depending on the diagnosis, the surgeon evaluates and chooses the best treatment option. Based on the patient’s imaging (X-rays, scans, MRIs...), the ROSA® robot will allow the surgeon to plan the best possible surgical intervention: electrode insertion, biopsy needle insertion, pedicle screw fixation, pedicle implant insertion...ROSA® offers the surgeon all the advantages of robotic accuracy to help him guide and manipulate his instruments.
ROSA® technology contributes to making surgical procedures safer and more reliable, without replacing the surgeon. ROSA® acts as a kind of GPS which, in conformity with previously-performed planning, guides the surgeon’s hand so that he can access the surgical site easily and accurately.
So far, around 9,000 procedures have been performed with ROSA®.
Around 9,000 procedures have been performed with the ROSA® robot so far.
ROSA® robots have been approved by the FDA and they are certified with the CE mark. ROSA® technology has been adopted by surgical teams worldwide. ROSA® is being used in over 150 hospitals worldwide and has performed 9,000 procedures to date. Our technology has been the subject of around forty scientific publications detailing and acknowledging the clinical advantages of its use. For further information, please visit our scientific publications page here (link).
Yes, the ROSA® Brain robot has been FDA-cleared since 2018.
The ROSA® Spine robot has been FDA-cleared since January 2016.
The ROSA One® Brain and Spine Applications has been CE marked since 2016.
Yes. You can consult our page on all the various scientific publications about ROSA® here (link).
Yes. Find out more by visiting our Clinical Evidence page here ->
With open surgery, the surgeon opens the area he wants to operate on by making a large incision in order to have a large field of vision and direct access to guide and manipulate his instruments. Minimally invasive surgery consists of making small incisions in the skin through which the surgical instruments may be inserted, thus minimizing the quantity of skin and tissues which needs to be spread apart, which reduces the exposure and size of the area to be explored. To compensate for the limited field of vision, the surgeon uses fluoroscopic imaging (X-rays) to visualize everything right throughout the operation.
The ROSA® robot makes it possible to perform minimally invasive neurosurgical techniques by improving the whole surgical experience. It provides the following advantages:
• An increase in the safety and precision of the surgeon’s actions,
• Less invasive procedures: less bleeding and, consequently, a decrease in the risk of infection and pain.
Minimally invasive surgery consists of operating on patients by making very small incisions. Generally speaking, minimally invasive surgery leads to less pain, a faster recovery time and a quicker return to daily activities. In connection with imaging devices, the ROSA® robot allows surgeons to perform less traumatic medical actions. It also offers surgeons greater dexterity, comfort and stability in their operative procedures.
ROSA® technology is dedicated to the central nervous system (brain and spine). Our robots assist health professionals with their surgical interventions, thereby contributing to the development of safer, more efficient, less invasive treatment for the benefit of patients and practitioners.
The ROSA® robot makes it possible to perform minimally invasive surgery and improve the whole experience of surgery. Procedures are safer, faster and more accurate, well-tolerated, and the risk of infection considerably reduced. ROSA® technology has been the subject of several scientific publications. For further information, visit our page devoted to scientific publications here (link).
ROSA® technology is being used at several leading medical facilities worldwide.
Beyond the obvious clinical benefits, healthcare facilities have reported time-saving, cost-effectiveness and increased performance. Visit our Testimonials page for stories straight from our customers (link).
Our customer support is dedicated to the success of your practice and expanding your ROSA® program.
Our support, expertise in surgical applications, and superior robotics technology bring lasting solutions along with complete follow-up over time for your use of the ROSA® device.
We undertake to:
- Provide telephone and e-mail support
- Respond immediately to your requests and provide you with appropriate fast solutions
- Provide on-site support with a high level of technical expertise
- Facilitate user training and support of the ROSA® device within the actual operating room itself.
The ROSA® system was developed to assist in a variety of minimally invasive brain and spine surgical procedures while simultaneously increasing safety and reliability for the surgeon and patient.
In brain surgery, the device assists the surgeon with biopsies, electrode implantation for functional procedures (stimulation of the cerebral cortex, deep brain stimulation), open skull surgical procedures requiring a navigation device, endoscopic interventions and other “key-hole” procedures.
In spine surgery, the robot assists the surgeon in the treatment of degenerative spine diseases, traumatology, deformities and spinal tumors.
The average selling price of a ROSA® robot varies depending on several criteria such as configuration, service contract, etc. Please see our investor presentation for more details.
With your collaboration, we will be able to make you a made-to-measure offer based on your information, and adapted to your requirements, expectations and restrictions.
Please contact us here (link).
ROSA® is used in more than 150 hospitals and clinics worldwide.
To find a hospital equipped with our robots and a surgeon using ROSA® technology, you can use our locator here .