Description
Verathon BVM 9500 BladderScan: Noninvasive Bladder Volume and UEBW Measurement System
Key Features:
-
- Noninvasive & Patient-Friendly
- Eliminates the need for catheterization, reducing infection risks and discomfort.
- Uses harmless ultrasound waves to generate 3D bladder images in seconds.
- Advanced NeuralHarmonics® Technology
- Delivers superior accuracy (±15% for bladder volume, ±10% for UEBW) by analyzing 24 cross-sectional ultrasound planes.
- Measures bladder volume (0–999 mL), UEBW (20–100 g), and bladder wall thickness (±1 mm accuracy).
- Intuitive Operation
- Aiming Guidance System: Real-time directional arrows on the probe’s LCD ensure optimal positioning.
- Dual Transducer Modes:
- Female with Uterus: Tailored for female patients without hysterectomy.
- Male/Post-Hysterectomy: Adjusts calculations for male or female patients post-hysterectomy.
- Portable & Wireless
- Compact, battery-powered console with an LCD display.
- Rechargeable Lithium-ion battery supports ~30 exams per charge (6-hour full charge time).
- Data Management & Reporting
- Onboard Printer: Prints B-Mode, C-Mode, or UEBW reports on thermal paper.
- Voice Annotations: Record 10-second audio notes per exam (saves up to 10 exams).
- ScanPoint® Integration (Optional): HIPAA-compliant wireless data transfer to PCs for archiving, calibration, and analysis.
- Safety & Compliance
- Meets AAMI, Joint Commission, and FDA standards.
- Automatic occlusion detection, air-in-line alerts, and low radiation output.
- Noninvasive & Patient-Friendly
Applications:
- Urinary Retention Monitoring: Avoid unnecessary catheterizations.
- Postoperative Care: Track bladder recovery without invasive procedures.
- UEBW Analysis: Assess bladder outlet obstruction (BOO) in urology.
- Pediatric & Geriatric Use: Gentle for sensitive populations.
The Verathon BVM 9500 BladderScan is an invaluable tool for enhancing urinary care in patients. Its advanced features and technical capabilities make it a trusted choice for healthcare providers seeking reliability and efficiency in bladder volume assessment.
