Featured Webinars

Learn How Robotics Improves Upper Extremity
Neurological Rehabilitation!

Check out the webinars below and learn about the principles in which robotic-assisted therapy are based. You’ll hear experienced therapists, clinical researchers and real InMotion users share their rehabilitation knowledge and patient rehabilitation experiences.

Today’s InMotion Robots are the product of decades of research and application involving thousands of patients and hundreds of therapists. Isn’t it time your rehabilitation team joined the Neurorecovery Revolution?

Upper Extremity Robotics in PT and OT: Advanced Topics in Neurological Rehabilitation


  • Dr. Kari Fisher, OTD, OTR/L, C/NDT
  • Dr. Sherri Wallis, PT/DPT – BIONIK Clinical Research Specialist


  • Compelling research results are presented in regards to robotic-assisted therapy approaches to improve trunk control, stability, balance and ultimately gait performance.
  • Research supporting the use of InMotion Robotics in alternative patient positions, such as dynamic sitting, kneeling and even standing are presented.

Neuroplasticity: Making the Connection with Robotics and BIONIK InMotion® Systems


  • Avrielle Rykman Peltz, MA, OTR/L – Rehabologym
  • Kate Edell, MOT, OTR/L – BIONIK Clinical Specialist


  • During this webinar, a foundational understanding of neuroplasticity will be developed as it relates to recovery following neurological conditions such as stroke, MS, Parkinson’s Disease, Cerebral Palsy and Spinal Cord Injury.
  • The role of robotics in rehabilitation will be illustrated through multiple examples of patient recovery.
  • Ms. Rykman Peltz also will share from her 15+ years experience performing research and application of the BIONIK InMotion Robotic Systems.

Driving Therapy with Robotic Data


  • Sue Bodziak, MOT, OTR/L 
  • Kate Edell, MOT, OTR/L – BIONIK Clinical Specialist
  • Dr. Sherri Wallis, PT/DPT – BIONIK Clinical Research Specialist


  • An in-depth explanation of the InMotion ARM reports and their use in rehabilitation of neurologically impaired patients.
  • Maximize functional gains using the robotic system along with traditional treatment modes.
  • Understand the metrics used, their role in measuring progress and guiding treatment, and use of the various treatment modes of the device in treating specific clinical presentations.

Spasticity and Breaking the Barrier with Robotics


  • Kate Edell, MOT, OTR/L – BIONIK Clinical Specialist
  • Giancarlo Levrio, PT, DPT, AT – Director of Rehabilitation, Post Acute Medical Hospital  of Dover, DE


  • Discuss common conditions and symptoms of spasticity and Identify traditional therapy and medical interventions.
  • Learn about robotic intervention and the use of In Motion technology. Dissect In Motion reports and metrics to assist with documentation.
  • Engage with Giancarlo Levrio, PT, DPT,AT  Director of Rehabilitation at Post Acute Medical Hospital of Dover while reviewing patient success stories.

Use of Upper Extremity Robotics to Assist Cognitive Gains following Stroke


  • Dr. Sherri Wallis, PT/DPT – BIONIK Clinical Research Specialist


  • Treatment techniques to assist patients in advancing cognition will be presented by BIONIK Clinical Research Specialist Sherri Wallis PT/DPT.
  • Approaches, perspectives and experiences relating to this new way of treating patients will be shared.
  • The latest research and recommendations to assist patients in advancing cognition through dual tasking and cognitive training. will be presented.

Success in Treating Chronic Stroke Impairments

Marie Elise, Patient at Tallahassee Memorial Hospital, received InMotion therapy 10 years after a stroke caused her right arm to acutely contract.

“I have power now in my arm. I could open the door and I can close the door. Yesterday at the doctor's office… there was a magazine and I couldn't reach it. But I could scoot it close enough to grab it with my left hand.”

Sylvia Young OTR/L, Occupational Therapist:

One of the things the robotic arm does is it gives the patient repetition...We're able, with the [InMotion] arm, to allow them to get 100, 300, 400 movements in one session, without them being overly fatigued and of course the therapists being overly fatigued.

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