Virtual Haptics

Virtual Haptics exists because of a need for integrating ever-advancing technology with the constantly changing medical field. We are finding just the right mix of virtual reality/augmented reality and medical devices. Why? To decrease pain perception, increase patient education and compliance.

ENHANCE: You are already a great clinician – you don’t need technology for that. You already care about your patients and want the best, and we agree with you. Our technology allows you to take your desire for patient care to the next level. We do so by providing dual-layered tools. At the higher layer, the patient layer, the patient views the shared activity through their own lens. It provides essential guidance data, repetition counting, and encouragements to keep the exercise going as directed. At the lower layer, the clinician layer, it allows you to enhance what you do by connecting your observations with meaningful, detailed metrics and predictive analytics.

EMPOWER: Our technology opens a virtual door to a place where the latest research in pain neuroscience and the collective skills of experienced clinicians come together to create a fun and beneficial patient rehabilitation experience. Clinicians, you have the opportunity through this framework to communicate specifically about unique diagnoses, modify treatments, and share plans, progress, and relevant data with the patient. Patients, you can modify treatments the way YOU want it, and take rehab into your own hands and on your own schedule.

ENABLE: The medical landscape has been completely reshaped by technology’s progress throughout the recent past, but much of that progress halts where rehabilitation starts. Virtual Haptics saw this disconnect and filled in the gap with technology rich in interaction, analytics, and immersion. The VH framework provides unprecedented interaction through a shared-space virtual environment where clinicians and patients can see individualized data during the same moments.

Company’s Keywords:

mixed reality, vr, artificial intelligence, machine vision, pt framework, physical therapy, rehabilitation, ar