HOW AR & VR REVOLUTIONIZE THE INDUSTRY

Custom AR Solutions for the Medical Industry

At Gravity Jack, we specialize in creating cutting-edge augmented reality experiences for the medical industry. Our custom AR solutions revolutionize surgical navigation, medical training, anatomy education, patient education, rehabilitation and physical therapy, remote consultations and telemedicine, and medical device visualization.

Enhanced Training Increases Safety, Decreases Risk

At Gravity Jack, we understand the importance of realistic and safe practice environments in medical training.Step into a new era of medical education with our AR simulations and training programs. Experience lifelike surgical procedures and patient interactions in a safe and controlled setting.

Revolutionary Communication & Detail with Remote Patient Care

AR technology enables remote specialists to virtually assist healthcare providers in diagnosing and treating patients. AR facilitates access to medical expertise, especially in rural or underserved areas. Our interactive AR exercises and progress tracking solutions enhance motivation and monitor progress, helping patients recover faster and more effectively.

Interactive Educational Experiences Are Helping Medical Students

Experience a new level of learning with our cutting-edge augmented reality technology. Our interactive 3D models bring anatomy education to life, allowing students to explore and engage with complex structures like never before.

We’re the Leading Augmented Reality Developers in the United States

Our team of experts specializes in getting your projects webAR ready. With our cutting-edge technology and industry-leading expertise, we can help you create immersive augmented reality experiences that will captivate your target audience.

HELPING MEDICAL TECH SALES

How Cerec Was Able To Transport Their Product Within an AR Experience

CEREC has complicated products that require a thorough demonstration of use in order to get qualified prospects. They wanted to provide their trade show representatives an easier way to interact with prospects that didn’t require a long introduction, an effortless way to demo their product, a method to draw foot traffic to their booth and leave prospects with an unforgettable experience.


EFFECTONOMY

AR Health Education

AN EASIER WAY TO LEARN

Effectonomy Helps Patients, Medical Students and Professionals Alike to Understand Prescriptions Better

By placing a 3D model of a skeleton on any surface within their environment, users can select from a wide variety of medicines and watch as animations indicate what organs and/or body parts are affected from that particular medication. The driving force behind Effectomy is to help simplify and demystify the positive and negative effects that come from taking certain medications.

HOW CAN WE MAKE THIS PROCESS EASIER FOR YOU?

Frequently Asked Questions

Is AR or VR preferable for my project?

If your goal is to enhance real-world medical procedures or training by overlaying digital information onto the user’s physical environment, AR may be more suitable. On the other hand, if you aim to create completely immersive simulations or environments that transport users into virtual worlds, VR could be the better choice. If you’re feeling unsure, the Gravity Jack team can help assess factors such as the level of immersion needed, target audience, technical capabilities, and practical constraints to make an informed decision.

What are 5 examples of Augmented Reality in the medical industry?

  • Anatomical Visualization: Overlay detailed 3D models of human anatomy onto a patient’s body, aiding in medical education, surgical planning, and patient consultation.
  • Vein Visualization: Assist medical professionals in locating veins for blood draws, IV placements, and other procedures by overlaying a map of veins onto the patient’s skin, making them more visible and accessible.
  • Surgical Navigation: Real-time guidance and navigation during surgical procedures by overlaying virtual images onto the surgical field. Surgeons can see critical structures, such as blood vessels or tumors, superimposed on the patient’s anatomy, improving accuracy and reducing the risk of complications.
  • Medical Training Simulations: AR simulations can recreate realistic medical scenarios for training purposes. Medical students and professionals can practice diagnosing conditions, performing procedures, or responding to emergencies in a controlled virtual environment, enhancing their skills and confidence without risking patient safety.
  • Patient Education and Rehabilitation: Educate patients about their medical conditions, treatment options, and rehabilitation exercises. Patients can interact with virtual models of their own anatomy or medical devices, gaining a better understanding of their health and improving adherence to treatment plans.

What are 5 examples of Virtual Reality in the medical industry?

  • Surgical Simulation: Enable surgeons to practice and refine their surgical techniques in a virtual environment. Simulations can replicate various surgical procedures with realistic haptic feedback, allowing surgeons to improve their skills, reduce operating room time, and minimize risks to patients.
  • Pain Management and Therapy: Immersive VR environments can help patients manage pain, reduce anxiety, and improve overall well-being by transporting them to relaxing or engaging virtual worlds.
  • Phobia Treatment: Patients can confront their fears in a controlled virtual environment, gradually desensitizing themselves to triggers and learning coping mechanisms. VR simulations can recreate scenarios such as flying, heights, or social situations, allowing therapists to customize treatment for individual patients.
  • Medical Education and Training: Virtual simulations can replicate complex medical scenarios, anatomy lessons, or patient interactions, providing hands-on training in a safe and cost-effective manner. VR also enables collaborative learning and remote access to educational resources.
  • Rehabilitation and Physical Therapy: Interactive VR exercises and games encourage movement, balance, and coordination, making therapy sessions more engaging and motivating. Virtual environments can simulate real-life activities and challenges, allowing patients to practice skills and track their progress over time.

Do I need an AR/VR headset for medical training?

For certain types of training, such as immersive simulations or virtual reality (VR) experiences, a headset may be necessary to fully engage participants and provide a realistic learning environment. VR headsets can offer immersive experiences where trainees can interact with virtual patients, perform procedures, or navigate complex medical scenarios.

However, for other types of training, such as augmented reality (AR) applications that overlay digital information onto the real world, a headset may not always be required. AR can be accessed through various devices like smartphones, tablets, or AR glasses, depending on the specific application and its intended use case.

Can you recreate any type of medical procedure in AR or VR?

Yes! At Gravity Jack, we have extensive experience in developing custom medical experiences tailored to our clients. Our team of skilled developers, designers, and engineers can replicate specific medical procedures using AR/VR and industry best practices. We work closely with clients to understand their exact requirements and goals, ensuring that the simulation accurately represents the procedure and meets their training objectives. Whether it’s surgical simulations, patient education modules, or medical training scenarios, we have the experience to deliver high-quality, realistic applications tailored to your needs.