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The European medical center "Cyberknife" is a German clinic specializing in the treatment of malignant and benign tumors. The Cyberknife apparatus has been implemented and is successfully used here – a progressive device for non-surgical cancer treatment.
Quality Certificates
✅ ISO 9001 - international medical quality standardization
✅ KTQ - efficiency of the quality of medical services provided
✅ Certificate of Expert European Radio-Surgical Center
✅ DKG - certification of oncology centers
✅ EUSOMA - European association of oncology centers for breast diseases
The European oncology center is included in the list of the best radiosurgical cancer treatment clinics. The medical facility was founded in 2005 on the basis of the Munich University Hospital Grosshadern. During the entire existence of the center, about 10 thousand successful operations to remove pathological neoplasms have been performed here.
Specialists of the oncology clinic work closely with research institutes, leading world and German medical institutions, regularly introducing the latest therapy methods. The innovative center has completely changed the concept of cancer treatment and managed to save thousands of lives of cancer patients.
The "Cyberknife" Medical Center has received the certificate of the expert European Radio-Surgical Center. The official document confirms the high qualifications of doctors and their right to work on a new generation radiosurgical installation.
Advantages of the European oncological clinic Munich-Grosshadern:
Therapy effectiveness is achieved through proven protocols and strict criteria for planning operations with the support of innovative equipment.
Most malignant neoplasms respond well to Cyberknife treatment:
The device allows fighting hard-to-reach tumors located in the brain stem, affecting the pancreas, auditory and optic nerves.
Treatment with Cyberknife resembles radiation therapy, and one session lasts no longer than one and a half hours. The painless procedure is performed on an outpatient basis without anesthesia, does not require rehabilitation or hospital stay.
We owe the appearance of the oncology center to two highly qualified radiosurgeons of Europe – Professors Alexander Muacevic and Bernd Wowra. Within the walls of the clinic, they gathered the best specialists in Germany – first-class neurosurgeons, radiologists, oncologists and diagnosticians. In cooperation with leading medical institutions of the world, invaluable experience is exchanged, modern methods are borrowed and consultations are organized to discuss complex clinical cases.
Before the session begins, tumor image data is read by CT and MRI machines. Then a program is compiled that takes into account the features of the neoplasm and the radiation dose. The rest of the work is automatically performed by the device based on the created program. The apparatus generates high-power photon radiation and purposefully destroys the neoplasm without affecting neighboring tissues. The emitter is built into the operating robot system – the installation moves around the patient in three planes and is capable of irradiating the pathology focus from 200 positions.
The gamma-ray beam concentrates in the tumor, damaging its cells at the genetic level. Mutated cells lose the ability to divide, stop metastasizing and die. The Cyberknife M6 Incise2 technique differs from conventional radiation therapy in that it gives one high-intensity dose of rays instead of several low-power ones.
Doctors at the European Center Munich-Grosshadern work on the latest generation cyber installation with a built-in InCise 2 collimator. The special module is designed for finer target adjustment and 3D accuracy control of therapy in real time. The emitter is able to control its movements, adjusting to the slightest movements of the patient (breathing, swallowing). Thanks to the robotic device, it is possible to achieve high irradiation accuracy – only 0.5 mm!
| Parameters | Earlier versions of Cyberknife (e.g., G4) without collimator | Cyberknife M6 with Incise2 collimator |
|---|---|---|
| Target definition for the robot |
Through surgery, the tumor is marked with gold threads under anesthesia. With sudden patient movement, there is a high risk of rays deviating from the target. Cameras do not have time to record changes, and the robot can touch healthy tissues, which will lead to massive bleeding and damage to neighboring organs. |
Improved software does not require tumor marking. Faster cameras recognize the breathing phase and "breathe" along with the patient. The robot compensates for the slightest patient movements and does not deviate from the target. |
| Tumor location |
Due to insufficient robot accuracy, treatment of moving organs and near large vessels and nerves is dangerous. |
Treatment is completely safe even on the iris of the eye, in the lungs, pancreas and liver. There is no risk of damage to healthy organs. |
| Robot error |
The robot deviates from the target with an error of 0.5 mm and damages more healthy tissues. |
The robot error is only 0.1 mm. |
| Tumor shape |
Round or oval with clear boundaries A robot without a collimator can only form a round beam of rays and try to cover the tumor with it. There is a risk of damage to healthy organs and incomplete tumor irradiation. |
Any shape and volume, even with an unclear edge Using the collimator, Cyberknife M6 initially models a beam of rays according to the tumor shape and outlines it with an accuracy of 0.1 mm. This is especially important for brain tumors, prostate, pancreas and iris of the eye. |
| Radiation power | 13 Gray | 25 Gray |
| Maximum size of irradiated tumor | Up to 5 cm | Up to 10 cm |
| Treatment session time | 60 min, several sessions | 20-30 min |
Due to the high accuracy of Cyberknife M6 Incise2, we can double the radiation dose without risk of damaging healthy organs. High-intensity rays aimed exactly at the tumor "burn out" cancer cells 100% in 1 session.
In addition, with the new apparatus we halve irradiation time and can treat large tumors. Earlier versions lack power and are used only for small foci.
Europäisches Cyberknife Zentrum München: Max-Lebsche-Platz 31, 81377 München, Germany
+49 176 17917001 
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