Endovaginal 360˚ Probe 2D/3D

Halo’s Endovaginal Probes are designed for pelvic floor specialists and urogynecology applications.

Halo Endovaginal Ultrasound Probe

Why Choose the Endovaginal 360˚ Probe 2D/3D

Halo’s endovaginal probes are ideal for pelvic floor specialists and urogynecology applications.

Default image settings optimized for endovaginal applications.

The probes have both anterior and posterior markings, making orientation easy.

Endovaginal 360˚ Probe 2D/3D Features

  • 360˚ radial rotating crystal.  
  • 12 – 5 MHZ adjustable depth and hertz.
  • 2D & 3D Imaging.

Endovaginal 360˚ Probe 2D/3D
System Specifications

Part #HMT-EVG-3D
TransducerHi-density, 360˚ radial rotating crystal, transrectal axial imaging.
ApplicationInvestigation of pelvic floor structures, muscles, mesh.
Default Frequency7.5 MHZ
Frequency Range12 – 5 MHZ
Scan depth3 cm to 10 cm
Focal Point5 cm
Patient Contact Area20 mm
Size15.5 cm x 3.5 cm
Weight300 gm

Ultrasound Products

Halo’s innovative ultrasound systems, probes, and accessories are designed for pelvic floor specialists. Find the right solution for your practice by choosing your specialty and application.

Probes & Accessories

EMR Connectivity

EZ-Reporter Auto-Generated Ultrasound Reports

Perform exams, mark/measure images, & document your interpretation. EZ-Reporter does the rest.

Standard Export Capabilities

No printing or scanning is required. The proprietary software has a pathway for exporting the PDF report to a destination “repository” of your choice.  

Once there, the user can move the record to other desired locations, such as the patient’s EMR, to email a referring physician or to other backup locations.

Advanced Export Capabilities – HL7 Interface

Provides direct integration with Electronic Medical Records (EMR) and/or Hospital Information Systems (HIS) using open standards (HL7, FHIR) to automatically deliver reports in real time. 

Complete compliance with the latest privacy and information security best practices.

Contact us for technical information.