Note : Image shown for reference purposes only. Actual product appearance may vary. Please read product description for full and accurate details
Jamar Kit Replacement Monofilaments 3.61
Brand | Performance Health |
---|---|
MPN | 081295955 |
Packaging | 1/ea |
Note : Image shown for reference purposes only. Actual product appearance may vary. Please read product description for full and accurate details
Brand | Performance Health |
---|---|
MPN | 081295955 |
Packaging | 1/ea |
These reusable monofilaments are used to measure both diminishing &
returning sensation. For hand & foot evaluations to accurately test for the
presence & level of peripheral nerve involvement & skin sensitivity.
• Measure changes in sensation & nerve impairment
• Accurate sensory testing of the hands & feet
• Damage resistant & highly reusable
• Precisely calibrated monofilaments
The Jamar Monofilaments stand as a reliable tool for clinicians conducting sensory assessments with precision. These filaments enable clinicians to evaluate tactile sensitivity accurately, assisting in the diagnosis and monitoring of sensory impairments in patients. With their diverse range of filament sizes, the Jamar Monofilaments cater to different levels of sensory perception, ensuring comprehensive assessment across various areas of the body.
Featuring multiple filament sizes, the Jamar Monofilaments offer clinicians flexibility in conducting sensory testing tailored to individual patient needs. Whether assessing sensitivity in large or small areas of the body, clinicians can select the appropriate filament size to obtain accurate and reliable results. This versatility enhances the effectiveness of sensory evaluations, enabling clinicians to make informed decisions regarding patient care and treatment planning.
The portable design of the Jamar Monofilaments enhances their usability in clinical settings, allowing for on-the-go sensory testing whenever and wherever needed. Clinicians can easily transport the monofilaments between different examination rooms or even to patients' homes, facilitating convenient and efficient sensory assessments. This portability ensures accessibility to accurate sensory evaluation tools, ultimately contributing to improved diagnostic accuracy and patient outcomes.