Accurate Evaluation of Hearing and Vibration Detection
Baseline Tuning Fork for Evaluating Hearing and Vibration Detection (Weighted, 64 Cps) is a reliable instrument for medical professionals and researchers to assess a patient's ability to hear sounds and sense vibrations. This tuning fork is weighted, which ensures accurate readings and precise measurement. With a frequency of 64 cps, it provides a clear and distinct sound that helps in evaluating the patient's hearing and vibration detection abilities.
Durable Construction for Long-Lasting Use
The Baseline Tuning Fork is built to last, with a durable construction that can withstand repeated use. Its weighted design provides added stability, making it easier to handle and maneuver. This tuning fork is an investment for medical professionals and researchers who require a reliable instrument for their work.
Easy to Use and Interpret Results
Using the Baseline Tuning Fork is straightforward, and interpreting the results is simple. The weighted design and distinct sound make it easy to evaluate the patient's response. Medical professionals and researchers can quickly and accurately assess a patient's hearing and vibration detection abilities, making it an essential tool for their practice.
Ideal for Medical Professionals and Researchers
The Baseline Tuning Fork is an essential tool for medical professionals and researchers who work with patients who require hearing and vibration detection evaluations. It is an ideal instrument for audiology, otolaryngology, and other medical specialties. Researchers can also use this tuning fork to collect data and conduct studies on hearing and vibration detection.
Buy Baseline Tuning Fork Online
Buy Baseline Tuning Fork for Evaluating Hearing and Vibration Detection (Weighted, 64 Cps) online and get the best price. This tuning fork is an essential instrument for medical professionals and researchers, and our online store offers a convenient and hassle-free shopping experience. Order now and start evaluating patient's hearing and vibration detection abilities with accuracy and precision.