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Biamp Cambridge QT-HCE Qt Conference Patient Privacy System

Key Features

  • Control module and privacy signs provide clear indication that the system is activated and privacy is being protected
  • Premium, minimalist design style seamlessly fits in with modern healthcare design aesthetics
  • Out-of-the-box support for spaces up to 800 square feet
  • Option to add additional emitters for larger areas
  • Energy efficient and consumes less than 7 watts of power
  • Patented direct-field sound masking provides uniform masking coverage
  • 5-year warranty

 

Get a Quote

Shipping & Delivery

  • Courier delivery

Our courier will deliver to the specified address

2-3 Days

From $20

  • DHL Courier delivery

DHL courier will deliver to the specified address

2-3 Days

From $40

  • Warranty 1 year
  • Free 30-Day returns

Specification

Description

Cambridge QT-HCE

Qt Conference Patient Privacy System

Qt Conference Patient Privacy System

Key Features

  • Control module and privacy signs provide clear indication that the system is activated and privacy is being protected
  • Premium, minimalist design style seamlessly fits in with modern healthcare design aesthetics
  • Out-of-the-box support for spaces up to 800 square feet
  • Option to add additional emitters for larger areas
  • Energy efficient and consumes less than 7 watts of power
  • Patented direct-field sound masking provides uniform masking coverage
  • 5-year warranty

 

Get a Quote

The Qt Patient Privacy System is a cost-effective sound masking solution to protect patient and staff conversations in all types of medical facilities. Our direct-field sound masking technology adds a low-level background sound inside waiting rooms or patient exam rooms. The safe background sound is optimized to mask human speech, which makes it harder to overhear conversations at a distance. In today’s medical offices protecting patient privacy is critical, and is enforced via HIPAA privacy regulations. Acoustics and sound privacy are often overlooked in open-floor plan waiting areas, and in patient rooms – where sound can easily travel over walls and through glass.

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