Nasco Healthcare 5 PSI Manometer for Pneumatic Ears LF01077

NASCO

$900.47
(No reviews yet) Write a Review
SKU:
LF01077
Adding to cart… The item has been added

¥ Reads gauge and differential pressure
in up to 11 units of measure
¥ Features large backlight display, max-min,
hold, and auto power off functions

The Nasco Healthcare Life/form® 5 PSI Manometer for Pneumatic Ears (LF01077) is a specialized instrument designed for audiology and ENT training environments:

  • Accurate and versatile readings: Measures gauge and differential pressure in 11 different units—crucial for realistic pneumatic otoscopy practice.

  • User-friendly display: Equipped with a large backlit digital screen, along with Max/Min memory, HOLD function, and automatic shutoff for battery efficiency .

  • Compact & lightweight: Weighing approximately 2.25 lb (1 kg), it's portable and convenient for classroom, clinic, or sim-lab use .

  • Durable American-made quality: Proudly manufactured in the USA and backed by Nasco’s 5-year warranty—ensuring longevity and reliability.


Key Applications & Benefits

  • Precision pneumatic otoscopy training: Enables students and clinicians to accurately assess tympanic membrane mobility using calibrated pressure readings.

  • Flexible unit conversions: Supports multiple pressure unit options, accommodating varying teaching and clinical standards.

  • Classroom & clinical durability: Rugged construction and user-oriented features like auto-off make it ideal for repeated use.


Technical Specifications

Feature Details
Model Life/form® Manometer
SKU LF01077
Pressure Range Up to 5 PSI (reads differential pressure)
Units Supported 11 units of measurement
Display Large backlit LCD with MAX/MIN, HOLD, and auto power-off
Weight 2.25 lb (1 kg)
Country of Origin USA
Warranty 5 years
   

Example Use Case

In an ENT skills lab, instructors connect the LF01077 manometer to pneumatic ear simulators like the LF01076. Trainees practice controlled air pulses while the manometer displays precise pressure measurements, enhancing diagnostic accuracy and understanding of middle-ear dynamics.