90˚ Curved Array Transperineal Probe 2D
Halo’s Transperineal Probes are designed for pelvic floor specialists and urogynecology applications.
Why Choose the 90˚ Curved Array Transperineal Probe 2D
Halo’s transperineal probes have a large contact area for imaging the entire pelvic floor.
The probes provide visual feedback for patients and are ideal for pelvic floor specialists and urogynecology applications.
Perfect for visualizing mesh implants and functional maneuvers.
It can be used translabial/introital and transabdominal.
90˚ Curved Array Transperineal Probe 2D Features
90˚ Curved Array Transperineal Probe 2D
System Specifications
| Part # | HMT-SURM |
| Transducer | 90˚real-time, B-mode crystal, 15 frames per second imaging. |
| Application | Transperineal (surface) investigation of pelvic floor structures. |
| Default Frequency | Variable |
| Frequency Range | 3.5-7 MHZ |
| Scan depth | 4 cm to 20 cm |
| Focal Point | 7.5 cm |
| Patient Contact Area | 35 mm |
| Size | 17 cm x 4.5 cm |
| Weight | 200 gm |
EMR Connectivity
EZ-Reporter Auto-Generated Ultrasound Reports
Perform exams, mark/measure images, & document your interpretation. EZ-Reporter does the rest. The final report is auto-populated with your findings and ready for your patient’s medical record or to be sent to a referring clinician.
Standard Export Capabilities – Included with all Catalyst Ultrasound Systems
No printing or scanning is required. Halo’s proprietary software includes a pathway for exporting the PDF report to a destination of your choice.
Once there, the user can move the record to other desired locations, such as the patient’s EMR, email a referring physician, or 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.
