SurgiSTUD Case Studies
At SurgiSTUD, we aren't just creating synthetic cadaver alternatives, we are creating unique solutions that positively impact surgical training across the globe. Take a look at how we've made an impact on our customer's medical engagements, saving precious time and money.
In orthopedics, knee surgeries are common, and as technology advances, medical device developers need to find broader ways of reaching surgeons for training. This was the problem a certain customer faced when they approached us.
Our cervical spine model, SpineSTUD, provides professionals with more surgical training, and now specifically for anterior cervical discectomy and fusion techniques. This spinal cord model benefits surgeon experience and surgical techniques.
Total hip arthroplasty is a critical procedure for patients suffering from hip pain. Still, complications can arise, and post-surgery revisions may become necessary to ensure that patients receive the relief they deserve.
A customer with a novel product for surgical navigation approached us about options for a skull and brain model they could use for training. Their product uses surface registration to merge patient CT scans for better navigation.
Our reusable STUDs make surgical training more eco-friendly than traditional cadaveric training while providing customization and realism.
Augmented reality has become a hot topic in various industries, being utilized to better healthcare and improve patient outcomes. One facet of the industry where augmented reality is on the rise is orthopedics.
Patients with high body mass index (BMI) often require different surgical approaches than patients with low BMI. Surgeons must be skilled at working on all body types, so everyone receives the care they need.
Custom amputee SurgiSTUD models allow surgeons the chance to train for prosthetic osseointegration in specific scenarios, giving them the skill sets and confidence for any OR case.
Discover how we helped our customers provide bunion relief through customizable surgical training models. Our synthetic foot model helped our client reduce surgical training costs by 75%.
