Labnics Audiometers offer narrowband noise masking for accurate and targeted hearing evaluation. They feature a compact and lightweight design for convenient portability. These units include a clear response indicator light to show subject reactions. They support efficient data transmission for easy record sharing and analysis. Our audiometer ensures high-precision pure tone testing for reliable hearing assessment.
Air Conduction Frequency Range
Bone Conduction Frequency Range
Air Conduction Output Intensity
Bone Conduction Output Intensity
Accuracy
FAQ for Audiometer
1: How does the sound intensity extension function enhance this audiometer's usability?
The sound intensity extension function in this audiometer allows controlled increases in sound output levels without compromising patient comfort or test accuracy. It helps audiologists evaluate individuals with varying degrees of hearing loss, including those with reduced sensitivity, by providing extended intensity options within safe and standardized limits.
2: Can the audiometer store or transmit hearing test data for patient records?
Yes, the audiometer supports data transmission, making it easier to manage, store, and retrieve patient test results. This functionality streamlines clinical workflows by enabling digital recordkeeping and reduces the chances of manual errors, especially in high-volume screening environments.
3: What is the purpose of the response switch input on this audiometer?
Our audiometer includes a response switch input that allows the patient to indicate when they hear a sound during testing. This feature improves the accuracy of hearing threshold detection, ensures active participation from the test subject, and enhances the efficiency of the overall assessment process.
4: What features of this audiometer contribute to high-precision hearing assessment
The audiometer includes a dual-row LCD display for clear visibility, a high-precision output control button for fine adjustments, and a built-in response indicator light. Additionally, it uses narrowband noise masking to minimize interference during testing. These features work together to ensure accurate, repeatable, and clinically reliable results.