Perspectus Tech provides a virtual and augmented reality platform for volumetric visualization and manipulation of medical scans. Its patented technology renders DICOM images into interactive 3D models, enabling enhanced clinical reasoning, patient education, and remote collaboration in healthcare and education.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods for visualizing and interacting with complex medical scans and anatomical models are limited to two-dimensional displays, hindering in-depth understanding and collaborative analysis. This limitation impacts clinical reasoning, patient education, and the effectiveness of remote collaboration in healthcare and educational settings.
Solution
Perspectus Tech offers a patented virtual and augmented reality software platform designed for volumetric visualization and manipulation of medical scans and anatomical models. This immersive technology enables users to interact with 3D representations of patient data, allowing for detailed examination from all angles. The platform supports real patient DICOM images, rendering them into interactive 3D models within seconds. This facilitates enhanced clinical reasoning, improved patient comprehension, and more effective remote collaboration across healthcare and education sectors.
Target Audience
The platform serves healthcare professionals, medical educators, and commercial entities in the pharmaceutical and MedTech industries seeking advanced visualization and training tools.
Features
- Patented DICOM Rendering Algorithm for rapid volumetric reconstruction of medical scans.
- Voxel imaging technology ensures lossless rendering for detailed layer and angle analysis.
- Interactive 3D manipulation capabilities, including segmentation, movement, and internal viewing of models.
- Support for multiple data types, including DICOM (MRI, CT, 4DCT, PET-CT) and other 3D datasets.
- Remote multi-user capability for real-time, shared immersive experiences with up to 100 participants.
- Spatial recording functionality for content editing and customization.
- Compatibility with commercially available VR, AR, and MR hardware.
- Cost-effective alternative to traditional cadaveric and simulation labs.