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Our Mission

We are committed to advancing objective fine motor control measurement solutions for applications in rehabilitation, occupational performance, and sports training. By providing clear, quantitative data, we empower professionals to make informed decisions based on physiological performance trends.

About Us

At RedOak Instruments, LLC, we develop biomechanical measurement technology designed to provide objective and quantitative assessments of fine motor control. Our RU-Fit (Model SR-3053) system delivers precise force measurements, enabling users to track dexterity, grip strength, and coordination with consistency and accuracy.

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Our technology is built for research, rehabilitation, and performance tracking, ensuring repeatable, data-driven insights that support professionals in their assessment of fine motor function over time. By eliminating the subjectivity of traditional methods, we provide a reliable, measurable approach to tracking hand functionality.

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Affiliations:
  • Proud Affiliate of Rice University – Dean Miller, Associate Athletic Director for Sports Medicine and Sports Performance at Rice University, collaborates with RedOak Instruments in the pursuit of advanced fine motor control measurement for athletic performance and rehabilitation.

  • Now doing business in Montana as RU-Fit Montana.

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©2022 by RedOak Instruments, LLC                                                                 Made in America                                            FDA Cleared                                             HIPAA Compliant

                                                                                            

Tests reimbursable by most major government and private insurance payers

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Important Notice: This device is not intended to diagnose, treat, cure or prevent any disease. The results of these biomedical screening tests provide a measure of the functionality capabilities of the test subject based on numerical patterns. The results derived from this screen are intended as an indication of functionality performance only. No medical diagnosis is intended or implied. The lower the score, the greater the probability that the person exhibits patterns consistent with normal hand functionality.

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