Stainless Steel U-Shape Tuning Fork is a medical diagnostic instrument used to check hearing sensitivity, bone conduction, and vibration sense in clinical and surgical settings.

It is commonly used in ENT (Ear, Nose, and Throat) examinations and neurological assessments, producing specific sound frequencies when struck, helping doctors evaluate auditory function and detect hearing loss types such as conductive or sensorineural hearing loss.

It is made from high-quality, corrosion-resistant stainless steel, providing clear, consistent vibrations and excellent durability. Its U-shaped design allows for optimal resonance and precise tone generation, while the smooth finish ensures comfortable handling and easy sterilization.

It is available in different frequencies, 128 Hz, 256 Hz, and 512 Hz and mainly used in medical institutions, diagnostic centers, and hospitals for various clinical examinations.

Benefits of Stainless Steel U Shape Tuning Fork:

Accurate frequency output for reliable diagnostic results.
It is made from surgical-grade stainless steel – rust-free, durable, and easy to sterilize.
Ergonomic U-shape ensures steady vibration and long resonance time.
Suitable for hearing and vibration sense tests in ENT, neurology, and physiotherapy.
Lightweight and balanced design for convenient clinical use.

Indications

Used in Rinne’s, Weber’s, and Schwabach tests for hearing evaluation.
To test vibration perception in neurological exams.
For medical education, physiotherapy, and audiometric assessments.

Available Frequency Models

Tuning Fork – 128 Hz: Commonly used in neurological testing to assess vibration sense and peripheral neuropathy.
Tuning Fork – 256 Hz: Suitable for general hearing tests and Rinne’s and Weber’s tests to differentiate between types of hearing loss.
Tuning Fork – 512 Hz: Provides a pure tone with minimal harmonic distortion, ideal for audiometric and otologic examinations.

Safety Information:

Do not use the package if it is damaged.
Do not resterilize.
Keep far from children.
Avoid striking the tuning fork on hard surfaces to prevent frequency distortion.