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The Tuning Fork Clinical Grade Weighted 128 cps is a precision instrument designed for clinicians conducting auditory and somatosensory assessments. It delivers a precise 128 cycles-per-second tone, providing a robust auditory cue and clear vibratory feedback to support accurate clinical judgments. Built to clinical-grade standards, it offers consistent performance across examinations and aligns with standard testing procedures used in both audiology and neurology. The weighted design enhances tactile and vibratory feedback during testing of vibration sense and proprioception as part of comprehensive neurological exams. The instrument is engineered for reliability in busy clinical settings, with balanced weight distribution and a responsive strike mechanism that returns quickly to rest after contact, enabling rapid bedside use.
Clinicians rely on reliable cues to observe patient responses; the 128 cps frequency is chosen for its ability to generate detectable signals across a wide range of patient abilities and ages. The integral weight improves perceptibility of vibration stimuli, supporting assessment of dorsal column pathways and proprioception while allowing precise documentation in patient charts. The instrument’s straightforward operation minimizes training time and reduces the risk of missed responses during evaluation. Together, these features support consistent testing conditions and reproducible results that can be compared across visits and examinations, contributing to clearer clinical records and informed decision-making.
In practice, practitioners integrate this instrument into routine diagnostic workflows where precise vibratory cues are needed to assess sensory function. The dual auditory and tactile feedback enables clinicians to observe and record responses with greater fidelity, aiding the differentiation of normal sensory function from potential impairments. The straightforward strike-and-return operation minimizes setup time, helping clinicians incorporate the tuning fork into assessments without delaying patient care. By delivering consistent performance across examinations, the device supports reproducible measurements and durable documentation for clinical records, enabling reliable tracking of sensory function over time and facilitating communication among care teams.
The Tuning Fork Clinical Grade Weighted 128 cps is a precision instrument designed for clinicians conducting auditory and somatosensory assessments. It delivers a precise 128 cycles-per-second tone, providing a robust auditory cue and clear vibratory feedback to support accurate clinical judgments. Built to clinical-grade standards, it offers consistent performance across examinations and aligns with standard testing procedures used in both audiology and neurology. The weighted design enhances tactile and vibratory feedback during testing of vibration sense and proprioception as part of comprehensive neurological exams. The instrument is engineered for reliability in busy clinical settings, with balanced weight distribution and a responsive strike mechanism that returns quickly to rest after contact, enabling rapid bedside use.
Clinicians rely on reliable cues to observe patient responses; the 128 cps frequency is chosen for its ability to generate detectable signals across a wide range of patient abilities and ages. The integral weight improves perceptibility of vibration stimuli, supporting assessment of dorsal column pathways and proprioception while allowing precise documentation in patient charts. The instrument’s straightforward operation minimizes training time and reduces the risk of missed responses during evaluation. Together, these features support consistent testing conditions and reproducible results that can be compared across visits and examinations, contributing to clearer clinical records and informed decision-making.
In practice, practitioners integrate this instrument into routine diagnostic workflows where precise vibratory cues are needed to assess sensory function. The dual auditory and tactile feedback enables clinicians to observe and record responses with greater fidelity, aiding the differentiation of normal sensory function from potential impairments. The straightforward strike-and-return operation minimizes setup time, helping clinicians incorporate the tuning fork into assessments without delaying patient care. By delivering consistent performance across examinations, the device supports reproducible measurements and durable documentation for clinical records, enabling reliable tracking of sensory function over time and facilitating communication among care teams.