Fabrication Enterprises 12-1470 Unweighted Tuning Fork 2048 Cps

Product Description

The Fabrication Enterprises 12-1470 is an unweighted tuning fork calibrated to 2048 cycles per second (CPS), used for clinical evaluation of hearing and vibratory sensation. Constructed from a non-magnetic, corrosion-resistant aluminum alloy, it delivers consistent, repeatable tone with minimal maintenance. The lightweight aluminum build keeps handling fatigue low during extended assessments. At 0.3 pounds and measuring 6.15 inches in length, it is sized for single-hand clinical use. This instrument is intended for use by healthcare professionals and trained clinicians performing neurological and audiological screenings.

The 12-1470 tuning fork is applied in clinical and rehabilitation settings where rapid, instrument-based assessment of vibratory sense and auditory function is required. Common applications include bedside neurological exams, physical therapy evaluations, and occupational therapy screenings. The 2048 CPS frequency targets the higher-frequency range relevant to certain hearing and peripheral nerve assessments. It ships as a single unit and is ready for use without additional setup or calibration by the end user.

Key Features

• Calibrated to 2048 cycles per second (CPS) for consistent, repeatable results
• Non-magnetic aluminum alloy construction resists corrosion and minimizes weight
• Unweighted design for standard hearing and vibratory sensation evaluation
• Compact form factor at 6.15 inches long for single-hand clinical use
• Lightweight at 0.3 pounds, reducing fatigue during extended use

Compatibility

Designed as a standard unweighted tuning fork for clinical hearing and vibratory sensation assessments in healthcare and rehabilitation environments.

Installation Notes

No installation is required for this instrument. Store in a clean, dry location to preserve the aluminum alloy finish and tuning integrity. Strike only against appropriate surfaces as recommended by clinical protocol to maintain calibration. Inspect the tines periodically for physical damage that could affect frequency accuracy.