Vent Creativity provides FDA-cleared, AI-powered 3D surgical planning tools for medical professionals and device companies. Their patented technology generates density-based 3D bone models and digital-twin surgical plans, including kinematic 4D models, within minutes from medical imaging data. These tools support implant design verification, surgical decision-making, and post-operative outcome analysis through principal density analysis.
Funding
$2.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current methods for pre-operative planning in orthopedics often lack the precision needed to account for individual patient anatomy and bone density variations. This can lead to suboptimal implant placement, potentially affecting joint kinematics and patient outcomes. Traditional planning methods can also be time-consuming, hindering surgical efficiency.
Solution
Vent Creativity offers an AI-powered platform that automates the creation of density-based 3D bone models and digital surgical plans from standard medical images. The platform, including the Hermes Knee application, leverages patented technology to analyze bone density and generate a digital twin of the patient's anatomy within minutes. This enables surgeons to visualize implant positioning in real-time, simulate surgical outcomes, and select personalized plans based on the patient's specific morphology. By providing a detailed, patient-specific plan pre-operatively, Vent Creativity aims to improve surgical efficiency, restore pre-disease kinematics, and enhance overall patient outcomes. The platform supports multiple alignment strategies, including mechanical, kinematic, and anatomical approaches.
Target Audience
The primary target audience includes orthopedic surgeons, medical device companies, and clinical researchers seeking advanced tools for pre-operative planning and surgical simulation.
Features
- AI-driven auto-segmentation and landmarking of bone structures from CT scans
- Rapid generation of density-based 3D bone models and digital twins
- Visualization of implant positioning and predicted surgical outcomes in real-time
- Support for mechanical, kinematic, and anatomical alignment strategies
- Integration of bone density profiles for patient-specific joint alignment
- Patented augmented reality system with pinless tracking
- Browser-based platform accessible without specialized hardware
- FDA-cleared for knee surgery planning