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Wanted Ultrasonic Blood Flow Detector Equipment - Buying Leads

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Category : Cardiothoracic Surgery

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Device : Ultrasonic Blood Flow Detector

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  • Complete Systems (2)
 
Lead Details
Buyer details
Unit max. price (USD)
Quantity
Ultrasonic Blood Flow Detector 841-A - MedWOW

322884182
Device: Ultrasonic Blood Flow Detector
Manufacturer: Parks Medical Electronics
Model: 841-A
Location: Italy, Florence
Business type: Veterinary Clinic
Negotiable
1
The model & manufacturer of the marked items have changed due to an acquisition between companies, and are also known as:
Current Manufacturer / Model Name Alternative Manufacturer / Model Name
Dwl / Multi-Dop T Digital Compumedics / Multi-Dop T Digital

Ultrasonic Blood Flow Detector may also be referred to as :

Ultrasonic Blood-Flow Detector and Blood Flowmeter | US Blood Flowmeter | US Blood Flow Detector | TachoMeter | HemotachoMeter | Blood-Flow Detector, Ultrasonic, Flowmeter | Blood Flowmeter | Blood Flow Detector | Modular Vascular Lab | Ultrasonic Blood-Flow Meter
 

Tips for buying Ultrasonic Blood Flow Detector

  1. Laser blood flow meters and ultrasonic blood-flow detectors can be handheld, portable, or tabletop units. Facilities should select the right configuration based on clinician monitoring needs and preference.
  2. US blood-flow detectors and meters should include an on/off indicator, and transducers with different user-selectable transmitting frequencies. The US blood-flow detectors and flow meters should have a range of 2 to 8 MHz.
  3. External speakers with volume control for Doppler analysis should be included with the flow meters. They should also have bi-directional flow indicators, and a transducer mounted on a catheter or probe or integral to a clamp.
  4. Ultrasonic blood-flow detectors should have probes with different lumen diameters; frequency response should be user selectable and within a range of 0.5 to 100 Hz and should be user- selectable.
  5. An ultrasonic blood-flow detector should remain zeroed and calibrated for at least one day after it was zeroed and calibrated according to the manufacturer's instructions.
  6. In order to provide the required accuracy for the evaluation of blood perfusion, the ultrasonic blood-flow detectors should include a fiber optic probe designed for that purpose.
  7. The following data should be specified by the manufacturer: the ultrasonic blood flow detector unit's measurement depth, response time, laser class, wavelength, and power output at probe tip, Doppler-shift frequency range, cable length, and probe-head diameter.
  8. When facilities consider buying probes to be used with ultrasonic blood flow meters, they should look into various factors, such as the length of the vessel that can be exposed, the available space around the vessel, the location of adjacent organs, and the depth of the vessel's location.
  9. Facilities must use US blood-flow detector probes of the right size and type to obtain accurate results; most manufacturers will try to meet specific needs for probe sizes and accessories although they don't necessarily include it in their usual product lines.
  10. Various output options are offered with these TachoMeter units. These may include headphones, chart recorder, extra output jacks, a printer, and meters.
  11. Other options are available as well, including: pneumoplethysmography, strain-gauge plethysmography, photoplethysmography, a carrying case, a remote control, a footswitch, and interfacing capabilities.
  12. The ultrasonic blood flow detectors can be line-powered or battery-powered. Battery-powered HemotachoMeter units should have their battery operating the device for at least two hours. A visible and audible alarm should warn when a battery level falls to the point that may fail the ultrasonic blood flow unit to perform satisfactorily.
  13. Rechargeable batteries should require less than 16 hours of recharging after depletion. When there's a need to recharge the battery on the Tachometer or Hemotachometer, a clear indicator should appear.