Custom AR development services for Healthcare
Bring Augmented reality technology enabling topping objects in the real
world environment
Our AR development services
3D Anatomy models
We provide our digital models of normal anatomy and anatomical pathology for integration with any other AR systems and platforms using SDK.
AR app development
VOKA develops cutting-edge AR applications for iOS, Android, and smart glasses for healthcare and medical education.
3D design and modeling
Our team creates individual 3D models for educational and research needs in the medical field.
How AR technology works
Position a digital organ or an entire human body model on any even surface
Explore 3D models from any angle, inside and outside
Perform a comprehensive virtual dissection of a cadaver in any location
Place virtual models on a mannequin or a real human body
VOKA technology
AR technology stack
Unity
Spark AR
Unity IAP
ARCore
ARKit
Vuforia
AR Foundation
Firebase SDK
Would you like to learn more about
Augmented reality in healthcare?
Reach out to VOKA and we will tell you everything in detail
Get consultedVOKA Anatomy Pro AR
We are creators of an anatomy and anatomical pathology 3D atlas that enables the placement of over 1000 3D models in real-world settings through mobile applications available on iOS and Android platforms.
Learn moreVOKA Surgery Assistant AR app
VOKA has developed a medical system leveraging mixed reality technology to visualize 3D CT/MRI data of patients’ damaged bones, organs, and tissues, catering to clinics, hospitals, and research centers
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FAQ
How is augmented reality defined?
Augmented reality is an enriched, interactive form of a real-world environment, enhanced by digital visual elements, sounds, and other sensory inputs through holographic technology.
How is augmented reality used in healthcare?
Augmented reality revolutionizes surgery planning and execution, as well as the study of anatomy and anatomical pathology. This cutting-edge technology offers a cost-effective and widely accessible alternative to traditional cadaver labs, making it an invaluable tool for medical schools and universities.
What is augmented reality with an example?
Augmented Reality transforms how we interact with our surroundings by overlaying artificial elements onto our existing reality. Imagine seeing 3D models of the human body, such as bones, muscles, and organs, perfectly aligned with their real-world locations. This technology brings an immersive, precise view that enhances learning and practical applications in the medical field.
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