108690: VTI 20 MHz Endoscopic Doppler Probe, Colonoscopic-Style

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| Price: | $12.00 EACH |
|---|---|
| Quantity: | |
| In Stock: | 4 eaches |
| Status: | expired |
Additional Details
VTI Vascular Technology 108690 Colonoscopic-Style Doppler Probe
The VTI Vascular Technology 108690 is a 20 MHz endoscopic Doppler probe for assessing blood flow during colonoscopy, including post-polypectomy evaluation. It is designed for use with VTI’s selectable-depth Doppler transceiver.
Product Code: 108690
- Manufacturer: VTI Vascular Technology
- Product name: Colonoscopic-Style Doppler Probe
- Device type: Endoscopic Doppler probe
- Frequency: 20 MHz
- Crystal size: 1.5 mm
- Working length: 335 cm
- Compatibility: VTI 20 MHz Selectable Depth Doppler Transceiver 108720-AC
- Clinical application: Endoscopic blood-flow assessment
- Specialty: Gastroenterology
AccessGUDID Info
- FDA Product Code: DPW
- FDA Product Code Name: FLOWMETER, BLOOD, CARDIOVASCULAR
- GMDN Term Code: 62211
- GMDN Term Name: Invasive/noninvasive vascular ultrasound probe
- GMDN Term Description: A hand-operated component of a vascular ultrasound system intended to be used to measure the flow of blood both invasively by being applied to the outside of an isolated blood vessel perioperatively, and noninvasively by measuring flow in underlying vasculature from the body surface pre-/post-operatively, using ultrasonic/Doppler/transit time technology. It may also be used for cross-sectional visualization/imaging. This is a single-use device.
Manufacturer
Mizuho is a global medical technology company specializing in surgical tables, positioning devices, and instrumentation for neurosurgery and spine procedures. Their flagship products include modular surgical tables, cranial fixation devices (Sugita head frames and aneurysm clips), microsurgical instruments, and specialty retractors designed for complex surgical interventions. Mizuho emphasizes precision, reliability, and ergonomic functionality, supporting neurosurgeons and orthopedic surgeons with solutions that enhance procedural efficiency, patient safety, and optimal surgical outcomes.
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