VR Printer

Software solution enabling direct translation of captured 3D/4D scan data to 3D printing formats. Supports creation of anatomical models for surgical planning and patient education in podiatry and orthopedic applications.

Integrated platform combining medical image segmentation, 3D printing, VR capabilities, and workflow management tools. Designed for hospitals to streamline surgical planning and optimize patient outcomes from imaging through pre-operative visualization.

Software platform for designing, planning, and controlling 3D printing processes in healthcare and industrial manufacturing. Enables personalized medical device production, surgical planning, and biomechanical analysis through integrated digital manufacturing tools. Supports clinical applications from routine to complex cases with simulation and design capabilities.

Three-dimensional medical imaging and visualization platform for educational and clinical applications. Supports anatomical visualization and procedural training across multiple medical specialties.

3D virtual dissection platform providing submillimeter-level anatomical reconstruction for medical education, clinical diagnosis, and research. Transforms anatomical structures into interactive digital models of blood vessels, muscles, and nerves for immersive learning in medical schools and clinical settings.

Interactive digital platform providing three-dimensional anatomical visualization for medical education and training. Enables interactive exploration of human body structures in clinical learning environments. Supports surgical planning and patient education applications.

A virtual reality-based training system for anatomy education. Provides immersive anatomical learning experience for medical students and trainees.

Virtual reality system for practicing medical procedures and interventions. Provides hands-on simulation experience for various clinical techniques.

3D printing software and manufacturing services for personalized medical device production, surgical planning, and patient-specific implants. Enables clinicians to design and produce customized solutions for complex surgical cases through integrated digital workflow tools and additive manufacturing capabilities.

Software system for designing and optimizing 3D-printed medical device models from imaging data. This tool supports customization and fabrication of patient-specific implants.

3D anatomical visualization platform providing submillimeter-level digital reconstruction of human anatomy for medical education, clinical diagnosis, and research. Interactive digital models enable immersive learning of anatomical structures including blood vessels, muscles, and nerves across universities, medical schools, and clinical settings.

Software platform for surgical planning and simulation using 3D printing technology and biomechanical analysis. Enables surgeons to visualize complex cases, plan personalized interventions, and practice procedures preoperatively to improve patient outcomes and reduce surgical risk.