Enhatch's CTO, Devin White, shares his insights on the role of AI and AI agents in orthopedics.
He shares practical applications of AI in orthopedics, including automated bone segmentation, preoperative planning, and alignment assistance in joint replacements.
The regulatory landscape for medtech startups is evolving rapidly. The FDA and other global regulatory bodies are intensifying their oversight of security, quality management, and AI implementation.
As a medtech startup, you have an idea that could perhaps change lives. But how do you ensure your innovation works and is safe, effective, and scalable?
The world of orthopedics is evolving faster than ever. In 2025, we see exciting innovations that are making surgeries safer, recoveries faster, and treatments more personalized than ever before. Let's dive into six major trends that can reshape orthopedic care this year.
When you are developing an AI-enabled medical device, one thing is clear: getting your 510(k) submission right is crucial. It can be a daunting task, but with the right approach, you can streamline the process and increase your chances of success.
Kevin Bly, CEO of New Age Medical, a rapidly growing medical device company, talks about strategies and innovations that have fueled the company's impressive growth.
Orthopedic surgeon Dr. Matt Barber discusses the future of patient-specific surgeries with Enhatch.
HASBROUCK HEIGHTS, N.J., Oct. 30, 2024 /PRNewswire/ -- Enhatch Inc., a leader in AI-powered orthopedic preoperative planning solutions, is proud to announce the successful completion of its SOC 2® Type II and HIPAA/HITECH audit.
In the world of orthopedic oncology, patient-specific solutions are changing the game. Personalized approaches help surgeons navigate complex surgeries and improve patient outcomes. However, one major roadblock in scaling patient-specific solutions is the long lead times to deliver personalized solutions for surgery.
Enhatch recently participated in the insightful webinar organized by Synopsys Simpleware "AI-powered Efficiency: Enhatch and Synopsys for Patient-Specific Image-Based Surgical Planning".