Tag: Endoscopic spine surgery

joimax® presents product portfolio at JSSR in Yokohama Japan
Further continues International Growth Strategy

Posted on by Antonio Berlen

Karlsruhe, GER– April 18, 2019 – joimax®, the Germany-based market leader of technologies and training methods for full-endoscopic, minimally-invasive spinal surgery, is presenting its complete product portfolio at the 48th Annual Meeting of the Japanese Society for Spine Surgery and Related Research (JSSR). The annual meeting is currently underway running April 18-20, 2019 in Yokohama, Japan.

Earlier this year, joimax® announced its partnership with United Biomech Japan, Inc., who is overseeing distribution of the complete joimax® product line throughout Japan. Approval of the Pharmaceutical Medicals and Medical Devices Agency (PMDA) is expected within the next couple of months.

“The Japanese market is characterized by a strong demand for innovative products on endoscopic spinal surgery,” explained United Biomech Japan, Inc. Executive Kazuya Oribe. “The interest at our booth is overwhelming. There are approximately one thousand Japanese surgeons that are now already interested in doing endoscopic spinal surgery.”

“The patients’ demand for gentle surgery methods that result in a very quick recovery, is continuously increasing,” said joimax® Group Founder and CEO Wolfgang Ries. “Our entrance into the Japanese market is another milestone in expanding our global presence to offer superior medical products. Coupled with an outstanding, international training and education program, we’ve positioned ourselves for long-term growth.”

joimax(R) presence at JSSR Yokohama, Japan, endoscopicspine surgery, Minimally invasive, Transforaminal, Interlaminar, Training and Education, Japan, United Biomech Inc., JSSR
joimax(R) presence at JSSR Yokohama, Japan, endoscopicspine surgery, Minimally invasive, Transforaminal, Interlaminar, Training and Education, Japan, United Biomech Inc., JSSR
joimax(R) presence at JSSR Yokohama, Japan, endoscopicspine surgery, Minimally invasive, Transforaminal, Interlaminar, Training and Education, Japan, United Biomech Inc., JSSR

joimax® Showcases New Electromagnetic Navigation System Intracs® em at Global Spine Congress (GSC), Toronto and at German Society of Neurosurgery (DGNC), Wurzburg Clinical Trials Start in Europe and Asia

Posted on by Antonio Berlen

IRVINE, CA – May 13, 2019 – joimax®,, the Germany-based market leader of technologies and training methods for full-endoscopic, minimally-invasive spinal surgery, is showcasing its Integrated Navigation Tracking & Control System, Intracs®em, at this year’s Global Spine Congress (GSC), which is currently being held in Toronto, Canada. The company is also promoting the system at the annual meeting of the German Society of Neurosurgery (DGNC), being held concurrently in Wurzburg, Germany.

The Intracs®em electromagnetic navigation system is simple to set up, very user-friendly, and seamlessly integrates into the joimax® endoscopic tower. It allows for navigation during any endoscopic procedure performed with the joimax® endoscopic surgical systems, TESSYS® (transforaminal) and iLESSYS® (interlaminar). Beyond that, it can serve as a stand-alone device.

The system relies on electromagnetic tracking, affording simultaneous navigation of multiple instruments such as needles, guiding rods, reamers and endoscopes. It was developed by joimax®  for easy planning of endoscopic approaches to the spine, as well as other minimally invasive procedures, like percutaneous fusions.

Various Intracs®em sensors guarantee the highest accuracy. Plus, for the patients’ benefit, the procedure can be carried out without further X-ray control –  only starting X-rays are required. As a result, access, intervention time, and radiation exposure, are reduced to a minimum.

The system is CE-Marked. Currently, clinical trials and applications are running in Europe and Asia, where the product has already launched. In specific Asian countries, like Taiwan, the first systems have been sold and shipped.

Users are very impressed with the usability of the system. “I didn’t expect that navigation for both transforaminal and interlaminar procedures can be made so easy and that the set-up time can be so much streamlined,“ states Prof. Michael Kraus, spine specialist in Augsburg, Germany.  “And for the thoracic approach, it is so precise and a tremendous help,” continues Dr. Erik Traupe, spine specialist in Munich, Germany.

The Intracs®em electromagnetic navigation system is simple to set up, very user-friendly, and seamlessly integrates into the joimax® endoscopic tower. It allows for navigation during any endoscopic procedure performed with the joimax® endoscopic surgical systems, TESSYS® (transforaminal) and iLESSYS® (interlaminar). Beyond that, it can serve as a stand-alone device.

The launch of Intracs®em is a key milestone for joimax®. As part of its global strategy, joimax®  is providing surgeons, worldwide, with the devices they need for safe, easy and gentle spinal therapies, with US-FDA submission planned for Q2, 2019. “We are committed to overcoming any obstacles and concerns related to minimally invasive, endoscopic spine surgery,” states joimax® CEO and Founder Wolfgang Ries. “Our success lies with our innovative, user-friendly devices and instruments, and our ability to provide both doctor and patient with outstanding safety built into our systems.” Moreover, a well established and targeted clinical training program for the spinal surgical community, named CM3, rounds out the joimax® educational offering. Earlier this year, joimax® launched ESPINEA®, an Endoscopic Spine Academy focused on a complete endoscopic spine curriculum. Designed as a full training program to elevate surgeons to the next level of expertise, ESPINEA® offers professional and high-quality education for endoscopic spine treatment specialists, worldwide. The ESPINEA® Training and Education Centers are located in Karlsruhe, Germany in the newly opened joimax® building, and in Irvine, CA, where joimax® opened new labs and training rooms last November.