The Intelligent Surgery Blog

We are very excited to announce our partnership with Holo-Light to deliver an immersive streaming platform for intraoperative procedures and surgical training using augmented reality (AR) and virtual reality (VR).

Orthopedic surgeons have always been guided by the pursuit of excellence. Rigorous science, ingenuity, technology, and good old-fashioned elbow grease helped advance the field by leaps.

Watch Co-Founder Peter Verrillo’s discussion with Dr. Ranawat about how the world of orthopedics is progressing and the technologies we should be excited about. 

The main focus of orthopedic surgeries today is faster surgeries, improved outcomes, and satisfied patients. However, many things stand in the way of achieving this goal.

At Enhatch, we strongly believe that open, digital ecosystems will deliver a universe of innovation to enhance the future of surgery, not only for orthopaedics but the entire medical device industry.

Prepping for surgery starts long before the surgeon scrubs up and walks into the operating room. For medical device companies, the logistics of planning for surgery involves inventory management, communication with the surgeon, and even tracking expenses. This person is responsible for all the instruments and implants in the operating room, and that is not a task to be taken lightly.

One secret to faster, safer, and more accurate orthopedic surgeries? Extensive preoperative planning for orthopedics. While it’s common for medical device companies, surgeons, and hospitals to utilize pre-op planning software and rely on this process, technology in this space is quickly changing.

– Can physical cut guides be enough?
- What is surgical navigation?
– What are the drawbacks of computer assisted surgical navigation?
– Are augmented reality navigation systems the best choice?

The standard treatment plan paradigm has shifted away, ushering a new era of  patient specific implants and instruments. Standard implants and instruments are outdated, deemed obsolete by their many limitations. From a 3D model of the patient’s anatomy, artificial intelligence-powered software can design a custom implant that will simplify surgical technique and improve patient outcomes.