Audioscan -Model Axiom -Standard Hearing Instrument Verification Software
The Audioscan Axiom is designed specifically for clinics requiring essential tools for hearing instrument verification, offering high quality standard verification features. It integrates seamlessly with laptops or external monitors, facilitating a straightforward setup process. Key features include Speechmap, which employs an intuitive guided workflow for precise hearing verification and counseling. ProbeGUIDE technology offers real-time software-assisted probe tube placement, streamlining real-ear measurement without needing supplemental hardware or software licenses. The Axiom supports integration with office systems such as the NOAH MODULE and allows PC remote operation. It offers flexible printing options and is well-regarded in clinical and research settings for its reliability. Machine learning algorithms enhance real-time assistance in probe placement, and its usability features cater to both standard and advanced verification needs, supported by comprehensive counseling tools.
Speechmap
Speechmap’s guided workflow makes hearing instrument verification intuitive while offering accurate results using the industry’s most advanced tools.
Guided Workflow
- Increases verification efficiency and offers ease of use
Audibility Mapping
- Verify audibility and listening comfort for amplified signals
- Verify to validated, generic fitting formula targets
- Accurately assess hearing instrument output relative to dynamic range of the patient
Percentile Analysis
- Document hearing instrument compression and accurately assess the provided audibility
ProbeGUIDE
ProbeGUIDE provides real time, software-assisted probe tube placement. Real-ear verification is easier than ever and there is no need for additional hardware, software licenses or complicated techniques.
Real-time assistance
- Constantly tracks the probe tube, giving real-time feedback that enables accurate placement while avoiding patient discomfort from eardrum contact
- Supports confident probe tube placement
Algorithm developed using machine learning
- Accurate prediction of probe tube tip distance from eardrum results in easier REM and more precise REM results*
- Provides reliable REM results across clinicians and clinic locations
- Resistant to the ambient noise that can occur in a busy clinical environment