Delivering Medical Device Innovation to Bring Impactful Change to Healthcare

Most problems with shoulder replacement surgery are driven by the fact that the glenoid sits on top of the bony surface. The InSet™ Glenoid addresses those issues.

Virtual Incision is reimagining surgical robotics, with simple innovations offering mobility, flexibility, and accessibility to provide minimally invasive options to more patients. The company is developing the MIRA (“miniaturized in vivo robotic assistant”) Surgical Robotic Platform, a first-of-its-kind miniaturized surgical robot, focusing first on colon resection, with follow-on specialty robots for additional potential applications like hernia repair, gallbladder removal, antireflux surgery, splenectomy, adrenalectomy, gastric sleeve, gastric bypass, hysterectomy, and hepato-pancreato-biliary procedures.

SpinTech has developed a suite of software that offers innovative advancements for brain scan MRIs.

After having validated the use of widely available 3D scanners as a clinical tool for diagnosis and management of orthopedic applications, we have developed an AI algorithm to improve scoliosis diagnosis and management both remotely and in-person. NSite can quantitively assess body asymmetry by measuring the difference in spatial relationships between anatomic landmarks and improve on the standard assessment. To achieve this, our technology uses a 3D representation of deformity that incorporates the altered soft tissue envelop using portable, radiation-free technology.

Our mission is to significantly improve access to scoliosis screening while saving cost for all stakeholders.

PreView™ allows you to visualize all of the details you need to see in 3D using CT data. You can completely plan the procedure down to the most minute details and have a very clear idea of what you might face during the procedure.
Our mission is to significantly improve access to scoliosis screening while saving cost for all stakeholders.

Hydroxyapatite Porous PEEK (HAPPE), when fabricated through our proprietary technology, provides for the optimal mechanical properties of PEEK polymer materials, while providing improved surface texture inviting boney engagement, interconnected porosity for long term fixation, and the bioactive properties of HA to provide an effective construct for bone ingrowth. The HA further improves mechanical properties compared to standard PEEK, and all together, optimizes imaging for post-operative diagnosis.

Our technology is a breakthrough magnesium (Mg) alloy technology It combines the strength and handling properties of metal with complete absorption.

Mg is a common element in the body and breaks down through a natural degradation process as it is absorbed and is removed from the body (more natural compared to hydrolysis of biocomposite / similar materials). Mg allows for many engineering advantages due to its high strength.

This exclusive and proprietary magnesium technology provides optimal characteristics not found in existing soft tissue fixation devices, including high strength, controlled absorption, while promoting regrowth of host tissue. The method of manufacturing provides mechanical strength at least 2X that of PEEK, a well-known performance polymer used in similar indications.

Every week 231,000+ Americans have their ears cleaned by physicians.

The SafKan OtoSet is the first automated and wearable cerumen removal device.

The Strados RESP provides remote patient access by unlocking lung sound data and putting it into the hands of the entire clinical team via the cloud.

Embody, Inc., is a regenerative medicine company focused on the development and commercialization of implantable medical devices to address the unmet demands in soft tissue restoration and regeneration. Leveraging our expertise in biomaterial design, biofabrication, nanotechnology, and medical devices, we are engineering implantable devices that will disrupt and significantly improve patient outcomes in soft tissue surgical applications.

The PH Band System removes the guesswork from radial artery closure. It provides the user with real-time Doppler feedback to audibly detect antegrade flow past the compression point, signifying that the radial artery is patent. By validating patent hemostasis at application, there is no need for frequent pressure adjustments.

Our solution expands the revenue capacity of any surgical facility. We provide the sterile processing and logistic support that unlocks the potential to do multiple total joints in your ASC. We deliver sterile vendor trays ready for patient care and pick up those same trays post-procedure for processing in our modern purpose-built sterilization facility. Our information system will make the process look like it is happening in your own department.