Pocket-size ultrasound Doppler with vascular probe

  • Pocket-size ultrasound doppler with 8 MHz probe for vascular diagnostic investigation
  • Ergonomic, compact and lightweight design
  • Simple to use and extremely versatile
  • Fully waterproof vascular probe
  • Automatic switch-off
Ref: AP315



Log in to visualise prices and purchase

Prices on Tecniwork.it are visible after logging into the website reserved to professionals only.

Purchase securely

Thousands of satified customers

Quick delivery

in 2/3 working days
Product description

Pocket-sized ultrasound doppler with 8 MHz probe for vascular applications.

The Sonotrax portable ultrasound doppler is suitable for use in vascular applications.

Sonotrax is a high-performance instrument suitable for detecting blood flow in veins and arteries. It is a pocket-sized, compact, lightweight, easy-to-use and extremely versatile ultrasound doppler.

With 8 MHz probe for vascular applications; the probe is completely waterproof.

This vascular doppler has an ergonomic design that allows easy handling of the probe and device.

It has a built-in loudspeaker with adjustable volume via a rotary knob and is equipped with an earpiece socket.

The pocket-sized ultrasound doppler has an automatic switch-off in case of non-use after 1 minute.

Easily cleaned and disinfected.


Accessories supplied: carrying case.

Details

Technical characteristics:
- 8 MHz probe

- LCD display
- Continuous use (4 hours)
- Automatic switch-off in case of non-use: 1 minute

- Low battery indicator

- Resolution: 1 Bpm

- Audio frequency sampling: 4 KHz

- Audio power: 1 W


Dimensions:
- Main unit measurements: D 32 x W 85 x H 138 mm

- Display measurements: 45 x 25 mm
- Main unit weight: 290 g (including batteries)

- Probe weight: 100g

- Probe cable length: 2.5m

Power supply:
- Power supply: battery.

Hints

Usage:

Apply the appropriate gel generously to the affected site on the body.

Position the probe at a 45º angle to the skin over the blood vessel.

Hold the probe as still as possible once the optimal position has been found.

Proceed with the evaluation.

Back to start