BHS Technologies

Robotic Visualization – A New Way to See the Surgical Field In surgery, visualization is key. The ability to see clearly and adjust perspectives effortlessly can make a significant difference. Robotic visualization introduces a new way to control the surgical view—precisely, seamlessly, and hands-free. With the RoboticScope, surgeons can shift their perspective using natural head movements instead of manually repositioning equipment. This allows for uninterrupted focus, a smoother workflow, and improved ergonomics, especially during long procedures. By integrating robotic visualization, surgical teams gain flexibility and efficiency, keeping their focus where it matters most – the patient.

Insights from Surgeons “The essential innovation of the technology is that it’s possible to navigate intuitively and quickly without using your hands, thus making fine microsurgical procedures more flexible, faster, and safer.” — Prof. Dr. Maximilian Kueckelhaus, MD, MBA, Deputy Head of Department for Plastic Surgery, Fachklinik Hornheide Hearing directly from experts in the OR shows what innovation can achieve. Professor Dr. Kueckelhaus shares his experience using the RoboticScope and how head gesture navigation supports surgical precision and efficiency. #BHSTechnologies #RoboticScope #VoicesFromTheField #Microsurgery

Finding the perfect fit — for every surgeon. When using a Head-Mounted Display in the OR, comfort and precision go hand in hand. The RoboticScope’s Head-Mounted Display can be adjusted to fit individual needs, enabling both a stable fit and an optimal viewing experience. With customizable options such as: Different pad sets for comfort Adjustable head size settings Fine-tuned eye distance and diopter adjustment This flexibility helps surgeons stay focused during long procedures — because a comfortable surgeon is a precise surgeon. #BHSTechnologies #RoboticScope #SurgicalInnovation #Microsurgery

Expanding Visualization in Surgery Precision in surgery often depends on the ability to see clearly—even in the most challenging anatomical areas. ArcView is an optical redirection system designed to help surgeons visualize hard-to-reach angles with ease. With ArcView, surgeons can access 45° angles during procedures, making it especially valuable in otolaryngology and cranial neurosurgery. Whether using a transcranial, retro-sigmoid, or mastoid approach, this system enhances surgical visualization without requiring complex repositioning. Seamlessly integrating with the RoboticScope, ArcView allows users to adjust angles directly via the User Interface—ensuring precision, efficiency, and optimal ergonomics in every procedure. #BHSTechnologies #RoboticScope #Microsurgery #Neurosurgery

Great teams don’t just work togehter—they support, motivate, and inspire each other beyond the office. At BHS Technologies, our team spirit extends into our daily lives. Whether in the morning, during lunch, or after work, we make time to connect, recharge, and enjoy shared moments. Because a strong team isn’t just about expertise—it’s about the experiences that bring us closer together. #BHSTechnologies #TeamSpirit #LifeAtBHS

Innovation doesn’t happen by standing still. At BHS Technologies, a forward-thinking mentality is at the core of everything we do. We continuously push the boundaries of what’s possible—rethinking visualization, enhancing surgical precision, and shaping the future of microsurgery. It’s not just about what’s next, but about what could be next. #BHSTechnologies #RoboticScope

What’s Important During Microsurgery? In microsurgery, the right visualization tools are paramount to achieving precision and efficiency in the operating room. Here’s what makes a difference: 🔹 Precision & Accuracy 🔹 Technological Integration 🔹 Enhanced Collaboration 🔹 Surgeon Ergonomics 🔹 Versatile Viewing Angles At BHS Technologies, we focus on providing cutting-edge visualization tools for microsurgery. #BHSTechnologies #RoboticScope #RoboticSurgery #Microsurgery

Crucial Data in the Surgical Field of View External video input can be directly displayed in the Head-Mounted Display (HMD) using the VideoIn feature of the RoboticScope, providing surgeons with seamless access to critical data without needing to lift the eyepieces or look at external monitors. By connecting an external video source via HDMI, information such as pre-operative data, anatomy, ECOCHG data, or nerve monitoring can be displayed either full-screen or picture-in-picture alongside the surgical field. This feature streamlines processes, reduces interruptions, and ensures vital insights are always in the surgeon’s view. How could this enhance your OR workflow? #BHSTechnologies #RoboticScope #microsurgery #roboticsurgery

The countdown is on! In the coming months, we’re bringing the RoboticScope to these exciting conferences: ▪️May 28-31: Annual Meeting of the German Society for Oto-Rhino-Laryngology, Head & Neck Surgery, Frankfurt, Germany ▪️June 1-4: Annual Meeting of the German Society of Neurosurgery, Hannover, Germany – where we’ll be joining forces with our partner MTG Medizintechnik Göhl ▪️July 16-20: Society of Robotic Surgery | SRS Annual Meeting, Strasbourg, France We’re excited to connect with surgeons and partners, showcase the RoboticScope, and exchange ideas on robotic microsurgery. Who will we meet there? #BHSTechnologies #RoboticScope #roboticsurgery #microsurgery

Don't miss out on meeting our CCO Peter to learn more about robotic surgery with the RoboticScope at #arabhealth2025. #bhstechnologies #roboticscope #roboticsurgery #microsurgery