Description

28Hz Weighted Medical Tuning Fork – Aluminum Alloy for Fracture & Vibration Tests

The 28Hz Weighted Tuning Fork is a specialized diagnostic instrument designed for bone fracture detection and vibration testing. Crafted from high-quality aluminum alloy, it meets strict medical standards to ensure durability, reliability, and precise performance in clinical practice.

Specialized Low-Frequency Design

Operating at 28Hz, this tuning fork is specifically calibrated for fracture diagnosis. The low frequency makes it highly effective in detecting subtle bone abnormalities that may not be visible during routine examinations. By applying the fork to the affected area, clinicians can evaluate vibration response and gain valuable insights into bone integrity.

Weighted for Stability & Accuracy

Unlike standard tuning forks, this model features strategically placed weights that enhance stability and prolong vibration duration. This ensures consistent, reliable resonance—a key requirement when accuracy directly impacts diagnosis.

Durable Aluminum Alloy Construction

• Lightweight yet strong aluminum alloy

• Resistant to wear, bending, and frequency drift

• Designed for repeated clinical use without compromising accuracy

Key Applications in Medicine

• Fracture diagnosis – detects vibration differences in affected bones

• Vibration sensitivity testing – valuable in neurology and orthopedic settings

• Reliable clinical tool – trusted by physicians for accurate patient evaluation

Key Features of the 28Hz Weighted Tuning Fork:

• Standard 28Hz low frequency for bone fracture testing

• Weighted design for enhanced resonance and stability

• Aluminum alloy construction for durability and precision

• Suitable for orthopedic, neurological, and general clinical use

• Ensures reliable, repeatable results in diagnostic procedures

Essential for Clinical Accuracy

The 28Hz Weighted Tuning Fork is an indispensable diagnostic aid for healthcare professionals. Its precise calibration, durable construction, and medical-grade reliability make it a trusted tool for fracture assessment and vibration testing in hospitals, clinics, and orthopedic practices.