ART Mat for CMPT

Features

• Enhances Clinical Male Pelvic training with an interactive 3D space and augmented reality anatomy
• Augmented reality visualisations of the task trainer anatomy
• Anatomically accurate 3D models and illustrations
• Illustrations created by medical artists, from MRI and CT datasets, as well as anatomical atlases and medical research data
• Portable for ease of use with the task trainer on any flat surface
• Apps are available for both Android and iOS devices
• Enhance your existing Advanced Clinical Male Pelvic Trainer’s learning experience with the latest Augmented Reality Training (ART)
• ART Mats are the newest product from Limbs & Things, bringing your CMPT Trainers to life with the latest AR technology
• In addition to the hands-on training made accessible with the Limbs & Things simulation models, the ART Mats let students get under the skin for a deeper understanding of the patient’s anatomy
• Featuring realistic 3D models created from actual MRI and CT datasets, medical artists worked in collaboration with digital experts to create the app’s anatomical and skeletal overlays
• Augmented Reality (AR) is the combination of computer generated imagery superimposed on real world environments to create an interactive view
• At Limbs & Things we understand that great medical training gives students a deeper understanding of procedures and the human body
• As such, we’ve combined real world MRI and CT scan data, with the skills of talented medical artists and digital creators, to bring the internal anatomy of our trainers to life
• Within the app’s digital environment, you can move around your task trainer and view various overlays, including: the musculature, organs and vessels, and skeletal structure
• The interface allows you to move seamlessly between the layers, as well as view their cross sections
• Even without access to the trainer and mat, students will be able to explore the related anatomy within the app’s interactive space
• The 3D modelling gives you the same, anatomically accurate, rendering, that can be manipulated on screen to reveal the layers of the trainer with anatomy labelling