Professional Medical Tuning Fork C-128 - Premium Aluminum Alloy, 203mm Surgical Grade Diagnostic Instrument

Precision-Engineered Surgical Tuning Fork for Clinical Diagnostics

This professional-grade medical tuning fork delivers exceptional accuracy and reliability for neurological examinations, vibratory sense testing, and auditory assessments in clinical environments. Meticulously hand-crafted from premium aluminum alloy, this 8-inch (203mm) surgical instrument produces precise C-128 vibrations at 128 cycles per second, meeting the exacting standards required by physicians, neurologists, audiologists, and healthcare professionals worldwide.

Superior Construction & Materials

• Premium Aluminum Alloy Construction: Hand-forged from high-grade aluminum alloy materials that meet or exceed surgical instrument integrity standards, ensuring consistent performance and long-term durability in demanding clinical applications
• Precision C-128 Frequency: Engineered to produce accurate 128 cps vibrations, the optimal frequency for neurological vibratory sense testing, peripheral neuropathy screening, and sensory nerve function assessment
• Surgical-Grade Quality: Meticulously crafted to reflect the demanding standards of quality and precision required by surgeons and medical specialists in operating room and clinical examination environments
• Autoclavable Design: Fully autoclavable construction allows for proper sterilization and infection prevention protocols, ensuring compliance with facility standards to avoid cross-contamination between patients
• Latex-Free Formulation: Not made with natural rubber latex, making this instrument safe for use with patients and healthcare providers who have latex allergies or sensitivities

Clinical Applications & Diagnostic Uses

Essential for comprehensive neurological examinations including diabetic neuropathy screening, spinal cord injury assessment, stroke evaluation, multiple sclerosis testing, and general sensory nerve function evaluation. The 128 Hz frequency is specifically calibrated for vibratory sense testing on bony prominences including ankles, wrists, elbows, and knees, providing critical diagnostic information about peripheral nerve function and sensory pathway integrity.

Professional Medical Settings

Ideal for hospitals, neurology clinics, primary care offices, physical therapy practices, chiropractic centers, podiatry clinics, diabetes care centers, rehabilitation facilities, medical schools, and research laboratories. This instrument serves as an indispensable tool for physicians conducting comprehensive physical examinations and neurological assessments across diverse patient populations.

Infection Control & Sterilization

The fully autoclavable design ensures healthcare facilities can maintain the highest standards of infection prevention and control. The instrument withstands repeated sterilization cycles without degradation of performance or structural integrity, supporting proper aseptic technique and preventing healthcare-associated infections through effective decontamination between patient uses.

Precision Manufacturing Standards

Each tuning fork undergoes rigorous quality control testing to ensure frequency accuracy, structural integrity, and consistent vibratory response. The hand-crafted manufacturing process combines traditional instrument-making techniques with modern quality assurance protocols, delivering a diagnostic tool that healthcare professionals can trust for accurate, reproducible clinical assessments.

Long-Term Value & Durability

Built to provide years of reliable service in high-volume clinical environments, this professional-grade instrument represents a sound investment for medical practices and healthcare facilities. The premium construction materials and precision engineering ensure consistent performance throughout the instrument's extended service life, reducing replacement costs while maintaining diagnostic accuracy.

Optimal Length for Clinical Use

The 203mm (8-inch) length provides the ideal balance between portability and functionality, offering sufficient mass for sustained vibration while remaining comfortable to handle during extended examination sessions. The ergonomic dimensions facilitate precise placement on anatomical landmarks and enable controlled application of vibratory stimuli during neurological testing procedures.