Accurate Hearing and Vibration Detection with Baseline Student Grade Weighted Tuning Fork
When it comes to evaluating a patient's ability to hear sounds and detect vibrations, having the right tools is essential. The Baseline Student Grade Weighted Tuning Fork is a valuable instrument for healthcare professionals and students alike, providing accurate and reliable results. This tuning fork features a frequency of 128 cps, making it ideal for assessing hearing and vibration detection in patients of all ages.
Why Choose the Baseline Student Grade Weighted Tuning Fork?
The Baseline Student Grade Weighted Tuning Fork stands out from other tuning forks on the market due to its weighted design, which provides a more accurate and precise evaluation. The 128 cps frequency is specifically chosen to detect even the slightest changes in hearing and vibration detection. Additionally, the durable construction of this tuning fork ensures it will withstand repeated use and handling.
Convenient and Affordable
Not only is the Baseline Student Grade Weighted Tuning Fork an effective tool, but it's also convenient and affordable. Available in packs of 25 pieces, healthcare professionals and students can stock up and ensure they always have a reliable tuning fork on hand. The affordable price point makes it an accessible option for anyone in the healthcare field.
Ideal for a Variety of Applications
The Baseline Student Grade Weighted Tuning Fork is useful in a variety of settings, from hospitals and clinics to schools and private practices. It's an essential tool for audiologists, ENT specialists, and other healthcare professionals who need to assess hearing and vibration detection in patients. Students in the healthcare field will also benefit from using this tuning fork in their studies.
Buy with Confidence
When you buy the Baseline Student Grade Weighted Tuning Fork, you can be confident you're getting a high-quality product that will provide accurate and reliable results. Order now and ensure you have the tools you need to provide the best possible care for your patients.