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Immersive Labz

Immersive Labz

Digital Education and Advanced Virtual Anatomy Solutions

Immersive Labz is an innovative medical technology company specializing in the development of advanced digital education solutions for the health sciences.

With a focus on interactive learning and three-dimensional visualization, the company develops educational systems that enable students and healthcare professionals to study human anatomy and clinical applications with accuracy and realism.

Cadaviz - Virtual Human Anatomy Platform

Cadaviz is an advanced digital anatomy education platform designed for the detailed and interactive study of the human body in a three-dimensional environment.

Based on real anatomical data, Cadaviz enables the virtual exploration and dissection of the human body, giving users the ability to examine anatomical structures from any angle and at different levels.

The platform combines anatomical knowledge with modern digital technologies and includes educational content covering different fields, such as:

  • Gross Anatomy
  • Histology
  • Embryology
  • Radiology
  • Physiology
  • Clinical Applications

Cadaviz is a modern educational tool for medical schools, universities, hospitals and simulation centers, supporting theoretical and practical education in the health sciences.

Key Features

  • Interactive 3D visualization
  • Based on real anatomical data
  • Virtual dissection
  • Exploration of anatomical structures from different angles and levels
  • Educational modules covering anatomy and clinical sciences
  • Applications in academic and professional education

Cadaviz Brochure

VetroViz - Veterinary Anatomy & Clinical Education Platform

VetroViz is a comprehensive digital veterinary education platform designed for the study of anatomy and the understanding of the clinical approach to different animal species.

The platform provides high-fidelity 3D models and an interactive educational environment through which users can explore anatomy, perform virtual dissections and connect anatomical knowledge with real clinical applications.

VetroViz includes educational content covering:

  • Veterinary Anatomy
  • Virtual Dissection
  • Diagnostic Imaging
  • Histology
  • Pathology
  • Clinical Cases

With support for more than 10 animal species, the platform contributes to the understanding of comparative anatomy and to the connection between theoretical education and everyday veterinary clinical practice.

VetroViz is designed for veterinary schools, universities, educational institutions and veterinary centers, providing a modern digital learning environment.

Key Features

  • Interactive 3D anatomical models
  • Support for more than 10 animal species
  • Virtual dissection
  • Diagnostic imaging
  • Histology and pathology
  • Real clinical cases
  • Comparative anatomy education
  • Connection between anatomy and clinical practice

VetroViz Brochure

OphthaViz - Cataract Surgery Simulator

OphthaViz is an advanced ophthalmic surgery simulator designed for training in cataract surgery and basic ophthalmic microsurgical techniques.

The system combines Virtual Reality (VR), stereoscopic visualization and haptic feedback, creating a safe and controlled training environment.

Trainees can practice the different stages of the surgical procedure, manage simulated complications and develop the necessary skills without involving a real patient.

At the same time, the system provides objective performance assessment tools, enabling the monitoring of training progress and the evaluation of surgical skills.

OphthaViz is a solution for ophthalmology departments, universities, training centers and residency programs, supporting modern training in ophthalmic microsurgery.

Key Features

  • Cataract surgery simulation
  • Training in basic ophthalmic microsurgical techniques
  • Virtual Reality
  • Stereoscopic visualization
  • Haptic feedback
  • Simulation of surgical complications
  • Safe training environment
  • Objective performance assessment
  • Training progress monitoring

OphthaViz Brochure