XARlabs develops mixed reality technology for surgical applications. Their platform overlays 3D anatomical models onto a patient during surgery, providing surgeons with enhanced visualization and navigation capabilities to improve precision and outcomes.
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
Traditional surgical training and planning rely on 2D imaging and cadaver labs, which lack the realism and patient-specific detail needed for optimal preparation. This can lead to increased surgical risks, longer procedure times, and less-than-ideal patient outcomes. Furthermore, explaining complex procedures to patients using conventional methods can be challenging, potentially leading to misunderstandings and anxiety.
Solution
XARlabs offers simXAR, a mixed reality surgical platform that overlays high-resolution, interactive 3D anatomical models onto the real world, providing surgeons with enhanced visualization and navigation capabilities. The platform allows surgeons to rehearse procedures on patient-specific anatomy, improving precision and preparedness. simXAR also facilitates patient consent by providing a clear, visual representation of the surgical procedure, enhancing understanding and trust. By integrating mixed reality into surgical training, planning, and patient communication, XARlabs aims to improve surgical outcomes and patient experiences.
Target Audience
The primary target audience includes surgeons, surgical trainees, medical students, and hospitals seeking to enhance surgical precision, improve training outcomes, and facilitate better patient communication.
Features
- Mixed reality interface for overlaying 3D anatomical models onto the surgical field
- Patient-specific rehearsal tools for surgical planning and preparation
- High-resolution 3D visualization of internal structures
- Interactive manipulation of anatomical models
- Integration with surgical robotics systems
- Enhanced patient consent process through visual procedure representation
- Dynamic, interactive views of surgical anatomy and techniques for medical education