Brainlab

Brainlab Brainlab develops, manufactures and markets software-driven medical technology. Legal notice: www.brainlab.com/legal-notice/

At Brainlab, we digitize medical workflows from diagnosis to therapy, and our innovative ecosystem forms the basis for modern healthcare technology. We help healthcare providers build three-dimensional patient-specific models with data that is structured, mapped and aggregated with industry-leading artificial intelligence. This forms the basis of our navigation system for the human body, with whic

h clinicians can safely remove brain tumors, place screws in the spine precisely and irradiate breast tumors with millimetric precision. Our robotics and mixed reality technologies and expertise allow users to connect and innovate between the digital and physical worlds. In addition, Brainlab technologies power the collection of structured long-term data and medical registries. Through the neuroscience of play, Brainlab advances clinical training and education, promoting the adaptation to technological advances and creating digital models of complete interventions. Our digital ecosystem is an open interface and forms a framework for third parties to accelerate innovation in other clinical areas as well. Brainlab systems are established in around 4,000 hospitals in 120 countries to offer doctors and patients better treatment possibilities. At the forefront of health technology for over 35 years, the company headquarters are in Munich, and we employ around 2,100 people of 83 nationalities in 23 locations.

Upcoming webinar:From open to MIS approaches: cervical spine navigation in everyday practiceOptimized navigation workflo...
04/09/2026

Upcoming webinar:
From open to MIS approaches: cervical spine navigation in everyday practice

Optimized navigation workflows are changing what's possible in posterior cervical screw placement.

On September 22, three renowned spine surgeons join us to share how they've integrated posterior cervical spine navigation into both open and minimally invasive procedures—and where each approach fits in daily practice.

Moderated by Prof. Dr. Bernhard Meyer, MD, TUM Klinikum Rechts der Isar, Munich, Germany, with:
🔹 Prof. Dr. Peter Vajkoczy, MD, Charité - Universitätsmedizin Berlin, Berlin, Germany.
🔹 Prof. Hege Linnerud, MD, Oslo universitetssykehus (University Hospital), Oslo, Norway.
🔹 Randall Zain Allison, MD, Neurosurgery One, Denver, CO, US

What you’ll take away
✅ Best practices in cervical spine patient registration and navigation
✅ Strategies for MIS cervical pedicle screw placement
✅ Emerging techniques and workflows in cervical spine surgery

Whether you're looking to optimize your current navigation strategy or exploring new techniques for accurate posterior cervical spine surgery, this session gives you a direct line to surgeons already doing it.

📅 Tuesday, September 22, 2026
🕓 4 PM CEST / 10 AM EST
🔗 Register now: https://bit.ly/4cgtqFe

How can navigation and imaging support the treatment of complex pediatric spine cases? For us, the answer is clear: The ...
03/09/2026

How can navigation and imaging support the treatment of complex pediatric spine cases?
For us, the answer is clear: The workflow makes the difference. 🔄
The Klinik Oberwart team (Gesundheit Burgenland) led by Daniel Staribacher, MD and Prof Prof h c Dr Dr med Günther C Feigl in Eisenstadt, Austria treated a 15-year-old patient with scoliosis requiring posterior spinal stabilization from T3 to T12.

They implemented an integrated workflow combining automatic image registration with Loop-X®* mobile imaging and the Brainlab drill guide workflow with Curve® Navigation.*
A key aspect of the case was the transition from a probe-and-awl-based approach to the recommended Brainlab Drill Guide workflow.
This was the first time this workflow combination was used in the Burgenland region of Austria. The team reported good Loop-X®* image quality and very positive feedback on the navigated drill workflow's ease of use and navigation accuracy. The patient achieved a satisfactory clinical result and was happy with the outcome.

Based on this experience, the team at Klinik Oberwart plans to incorporate the workflow into future scoliosis procedures.

This case highlights an important lesson: advanced technology delivers the greatest value when combined with the right workflow.

Thank you to Daniel Staribacher, Chair of the Spine Center, Prof. Günther C. Feigl, Chair of the Department of Minimally Invasive Neurosurgery and the entire spine team at Klinik Oberwart for this collaboration. 👏

For surgeons: how has integrated workflow and imaging supported your approach to complex spine cases?



*Not yet commercially available in several countries. Please contact your sales representative.

Welcome to Brainlab! 🎉This September, our new apprentices are beginning their professional journey at Brainlab in Munich...
02/09/2026

Welcome to Brainlab! 🎉

This September, our new apprentices are beginning their professional journey at Brainlab in Munich.

Supporting and training young talent is an important part of how Brainlab helps the next generation of innovators and professionals develop their skills and make a difference. From marketing and IT to electronics, industrial trade and warehouse logistics, they’ll gain practical experience, contribute to projects and take responsibility from day one.

We wish you all an incredible start to your careers here at our Munich headquarters!

Interested in launching your career at Brainlab? Learn more about our apprentice program:
https://bit.ly/4iGXLAv

01/09/2026

Some product launches are too exciting to keep to ourselves. We’re proud to give you a first look at our newest innovation in radiotherapy.

The full reveal takes place live at the upcoming Brainlab Novalis Circle 10th International Conference.

🔊 Sound on for this one.
📅 September 17, 2026

Function in focus: What neurosurgeons actually ask of a neuromonitoring system.Intuitive. Safe. Time-efficient. That is ...
31/08/2026

Function in focus: What neurosurgeons actually ask of a neuromonitoring system.

Intuitive. Safe. Time-efficient. That is how Professor Ralph König, MD, Department of Neurosurgery, Bezirkskliniken Schwaben (Schwaben Regional Hospitals), Günzburg, Germany, describes the requirements for intraoperative neuromonitoring.*

Those qualities are proven in a live O.R., under pressure, by the team using the system.

That is the standard AVALANCHE® PLUS** and TWISTER® TC** are designed to meet, developed by Langer Medical, a Brainlab company.

👉 Link in the first comment.

*The statements made by the surgeon represent their personal opinion and experiences.
**Not yet commercially available in several countries (CE mark available). Please contact your sales representative.

Planen, navigieren, scannen, verifizieren: Every step matters. In Marburg laufen diese Schritte künftig in einer durchgä...
31/08/2026

Planen, navigieren, scannen, verifizieren: Every step matters. In Marburg laufen diese Schritte künftig in einer durchgängig integrierten Umgebung zusammen.

Herzlichen Glückwunsch an das Team um Prof. Christopher Nimsky und Prof. Miriam Bopp. 🎉
Die Klinik für Neurochirurgie (Department of Neurosurgery Marburg) am Universitätsklinikum Gießen und Marburg GmbH (UKGM) arbeitet ab sofort mit 2x Loop-X®*, 2x Buzz®, die OP-Integrationsplattform der nächsten Generation und 2x Curve® Navigation System.

Vor rund zehn Jahren legte das intraoperative CT AIRO® in Marburg den Grundstein für bildgestützte Neurochirurgie. Nach zehn Jahren im klinischen Einsatz übernimmt der mobile Bildgebungsroboter Loop-X®* diese Rolle.

Damit verfügen künftig beide neurochirurgischen OP-Säle in Marburg über eine vollintegrierte robotische Navigationssuite mit intraoperativer 3D-Bildgebung.

Für das Team bedeutet das durchgängige Abläufe von der Planung bis zur Verifizierung. Für die Patient:innen bedeutet es Präzision über den gesamten Eingriff, kraniell wie spinal.

Danke für das langjährige Vertrauen und den gemeinsamen Innovationsgeist. 🤝



*In einigen Ländern noch nicht kommerziell verfügbar (CE-Kennzeichnung vorhanden). Bitte wenden Sie sich an Ihre/n Vertriebsansprechpartner:in.

Mastering spine surgery navigation, mobile imaging and robotics takes hands-on experience. At our recent Brainlab Academ...
27/08/2026

Mastering spine surgery navigation, mobile imaging and robotics takes hands-on experience.

At our recent Brainlab Academy Spine Surgery course, clinicians from around the world came together at our Munich headquarters for two days of practical training and peer exchange. Attendees worked through navigated workflows from planning to navigation, using the latest Brainlab spine robotics portfolio.

🔧 Hands-on learning: Real-world clinical scenarios helped build confidence and proficiency across navigated spine surgery workflows.

🎓 Clinical insights: Guest speakers and Brainlab subject-matter specialists shared practical perspectives from the field.

👥 Personalized training: Trainers adapted sessions to each participant’s knowledge level and pace.

Attendees left with greater confidence in applying navigated spine surgery workflows in their own practice, along with new connections to peers from around the world.

That combination of practical experience, clinical insight and peer exchange is what makes Brainlab Academy courses so valuable—because in spine surgery, every step matters.

Interested in joining the next Brainlab Academy Spine Surgery* course?

Mark your calendar

📅 December 4–5, 2026

📍 Brainlab HQ, Munich

Register now. Spaces are limited: https://bit.ly/4qARGaS



*Courses are subject to fees and only accessible with a valid ticket. For more information, reach out to your local sales rep.

10/08/2026

Function in focus: Why neuromonitoring is essential to our workflows.

At the heart of every cranial and spine procedure is a patient whose quality of life depends on the preservation of essential functions. That’s why we believe functional information should inform every phase of the surgical journey—from preoperative planning all the way to post-procedural documentation.

This is our perspective on neuromonitoring: Before the procedure, imaging technologies like Nexstim nTMS, BOLD fMRI and fiber tracking help surgeons identify which functions are at risk and where. That same understanding then shapes the intraoperative monitoring strategy—which pathways to watch, which paradigms to apply and how to respond if the signals change.

We believe this workflow-level thinking is what makes neuromonitoring an integral part of surgery. And it's the philosophy built into AVALANCHE® PLUS* and TWISTER® TC* developed by Langer Medical, a Brainlab Company.

From anatomy-inspired monitoring preparation, through real-time parameter adjustment during mapping, to streamlined post-procedural reporting—every step is designed to keep the surgical team focused on what matters most.

*Not yet commercially available in several countries (CE mark available). Please contact your sales representative.

01/08/2026

Did you know that lung cancer is the leading cause of cancer deaths worldwide?¹ 🫁

This is especially troubling because many cases are preventable.¹ Lung cancer is also often detected at late stages, which makes treatment options more limited.

According to the LCFA (Lung Cancer Foundation of America), the survival rate for metastasized lung cancer is only 6 out of every 100 patients. 📊

That's why it's important to spread awareness, especially on . To reduce the impact of lung cancer, we need to:

🔍 Be aware of screening programs, with the goal of catching cancer at the local stage
🧬 Further improve the treatment spectrum of lung cancer
📣 Spread the word! For example, by sharing this post

At Brainlab, we work to address the needs of patients dealing with cancer in its many forms by doing our part in the progress being made.

See how we're making an impact with innovations in radiosurgery: https://bit.ly/44VaiIO



¹World Health Organization (WHO) 2026, Lung cancer, World Health Organization. [https://bit.ly/3ODGFEp]

"No procedure is too routine that it can't be done a little better."Professor Peter Vajkoczy, MD, Neurosurgeon and Chair...
30/07/2026

"No procedure is too routine that it can't be done a little better."

Professor Peter Vajkoczy, MD, Neurosurgeon and Chairman of the Department of Neurosurgery at Charité - Universitätsmedizin Berlin sat down recently with our own Nils Ehrke, President EMEA at Brainlab, and both agreed that excellence is not a goal, but an attitude.

That humble mindset also shapes how we think about technology in the operating room. The goal is not just to enable the spectacular one percent of cases but to improve every case, starting with every neurosurgical step, from imaging to planning to navigation and indeed, the whole workflow itself. Small changes may seem inconsequential alone, but together, they have the power to rewrite outcomes.

You can read their whole conversation at the link in the comments.

For those leading neurosurgical teams: where do you see the greatest untapped potential for marginal gains in procedures you consider fully optimized?

🔗 Read the full conversation: https://bit.ly/4pJ68xf

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