InMotion Robotics

Product catalog summary

Overview: The document discusses the InMotion® Robotics system, designed for the rehabilitation of severe impairments. It highlights the device's application across the continuum of care, including physical therapy, occupational therapy, and speech therapy.

Key Features:

Rehabilitation Focus: The device aids in retraining shoulder, elbow, and hand movements, strengthening coordination, and improving functional reach and grasp.
Dual Task Development: It supports mass practice for visual neglect and dual task development.
InMotion ARM/HAND: Suitable for both inpatient and outpatient settings.

Assessment Tools:

InMotion® EVAL: Establishes a baseline at the start of care, benchmarks progress, and performs final assessments to document outcomes.
CIRCLE ASSESSMENT: Measures motor coordination, joint independence, and coordinated movement planning.
POINT-TO-POINT ASSESSMENT: Evaluates control of changes in acceleration, speed, accuracy, and movement coordination.

Therapy Benefits: InMotion Therapy is noted for reducing neurological impairments and facilitating the patient's return to normal function, often as an adjunct to usual care.

Research and Development:

MIT MANUS Research (1989-1998): Introduced the first rehabilitation robot used in clinical trials, featuring innovations like increased repetitions and "Assist-as-needed" technology.
Interactive Motion Technologies (1998-2015): Licensed MIT-MANUS to produce the first commercially successful robotic rehabilitation device.
BIONIK (2016-Present): Acquired IMT, adapted InMotion Robots for broader applications, and introduced InMotion Connect, a cloud-based reporting service.

Conclusion: The document emphasizes the effectiveness of InMotion Robotics in improving patient outcomes through innovative rehabilitation technologies.

Catalog excerpts

InMotion® Robotics Reach Your Potential

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One Device for the Rehabilitation Continuum of Care InMotion® Therapy Improve Functional Reach & Grasp InMotion Therapy effectively reduces neurological impairments, often as an adjunct to usual care, allowing the therapist to better facilitate the patient’s return to normal function. Continue Shoulder & Elbow Movement Training Strengthening & Coordination Outpatient InMotion ARM/HAND Occupational Therapy(OT) Dual Task Development Begin Shoulder, Elbow and Hand Movement Retraining Mass Practice for Visual Neglect Safely Treat Severe Impairments CIRCLE ASSESSMENT InMotion® EVAL Establish a baseline...

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32 Years of Research Innovation and Improved Outcomes MIT MANUS Research 1989 - 1998 MIT MANUS, the first rehabilitation robot used in clinical trials, introduced new innovations, such as a 15 times increase in repetitions and “Assist-as-needed” technology. BIONIK acquires IMT, adapts the InMotion Robots for broader rehabilitation applications and introduces InMotion Connect, a cloud-based reporting service to enhance patient outcomes and increase InMotion adoption. Interactive Motion Technologies 1998 - 2015 Interactive Motion Technologies, exclusively licensed MIT-MANUS to produce the first...

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