The NasoCoustics Commitment:

To restore confidence and communication while providing the best and most comfortable nasometry care


Wireless

Our device utilizes wireless connection between its microphones and the user app, allowing for easy transportation within and between clinics. This allows the device to operate in any exam room, freeing time in a child's appointment to spend on care.


Accessible

Our slim design features an adjustable microphone placement system, maximizing customization to fit each patient's unique orofacial placement. The device features a malleable liner to ensure a proper fit for everyone's craniofacial anatomy.


Child-Friendly

Our handheld device is compact and unintimidating compared to other current nasometry device designs. The design also includes several exciting child-friendly features to encourage play behavior and participation in the nasalance tests.




Competitors


Key Features PENTAX® Medical icSpeech® NasoCoustics
Patient-Friendly ✕ ✕ ✓
Adjustability ✕ ✕ ✓
Wireless ✕ ✕ ✓
Data Aggregation ✕ ✕ ✓

Market Strategy

With over 200,000 ASHA-certified speech-language pathologists in the United States, NasoCoustics plans to initially target this group of medical professionals. On the global scale, the nasometry market is projected to be valued at over $330 million by 2030.

"The PENTAX Nasometer doesn't give better info than a subjective assessment"

-Jessie Johnson, CCC-SLP

"I do not have the physical space to designate an area for the Nasometer"

-Kelli Frisch, CCC-SLP

"I don't use a nasomety device because our clinic cannot afford one"

-Keegan Gallagher, CCC-SLP

"Nasometers are bulky and difficult to haul around our cleft palate clinic"

-Dr. Kimberly Meigh

"We could serve so many more patients if the device was more portable"

-Samantha Atkinson, CCC-SLP




Considering the opinions of key leaders in the speech-language pathologist field will allow NasoCoustics to gain credibility and visibility within this landscape. Working alongside such experts ensures our device addresses the failures in current nasometry devices.