Portable wireless color or black-and-white ultrasound probes


Advantages of our products, wireless portable ultrasound probes

  • Portability and ease of use for any medical and paramedical operator
  • Real-time diagnostic consultancy for triage
  • Use of the WiFi ultrasound probe in the operating field
  • Maximum safety of contamination-free diagnostic management in the bacterial field
  • Immediate machine / user interface for a prompt response in the Fast
  • Use of the WiFi ultrasound probe also for remote diagnosis
  • The WiFi ultrasound probe is continuously updated via APP
  • The WiFi ultrasound probe is free of latex and phthalates
  • Reduced distances traveled
  • Save time and reduce costs

Our wireless ultrasound probes products are constantly updated, our ultrasound probes are supported by an incredible development team, constantly engaged in research and study, of new technologies and materials to keep pace with the needs of the end user.

ATL – Operating room – .-.

Wireless ULTRASOUND

ATL – Urgency – .-. .-. .-. .-. .-. .-.

Wireless ULTRASOUND

ATL-Helicopter Rescue

Wireless ULTRASOUND

ATL-Everything in your pocket

Wireless ULTRASOUND

ATL Wireless Ultrasound Scanners use in Neonatal Transport

Every Region has neonatal transport services: we, neonatologists, working in third level centres, assist and transfer newborns, even in very serious conditions, from first and second level centres with no probe available.

In this regard, I believe that having an ATL wireless probe both on the spot and in the ambulance can make a difference. Ultrasound has become a sort of “stethoscope”, a tool that every doctor should always carry with him and be able to use, since it significantly enhances our diagnostic capabilities and strenghtens therapeutic possibilities.

Herebelow what I suggest:

ATL Wireless Ultrasound Probes during neonatal transport, according to the scope and the application field:

1. Respiratory:
ATL Wireless Ultrasound Linear Probe 10.0 – 14.0 MHz : it allows to carry out a differential diagnosis between HMD hyaline membrane disease and transient tachypnea of the newborn (TTN). It enables to rule out an air leak or pleural effusion, thus permitting to chose the best respiratory support strategy.

2. Cardiovascular

ATL Wireless Ultrasound MicroConvex Probe 3.5 – 5.0 – 7.0 : it allows to carry out the evaluation of the myocardial functionality and to rule out a state of low cardiac output caused by a reduced preload or vascular function, thus conveying therapeutic choises. It enables to rule out a critical congenital heart disease

3. Neurological:
ATL Wireless Ultrasound MicroConvex Probe 3.5 – 5.0 – 7.0 : it allows to identify the main neurological injuries: endoventricular and/or parenchymal haemorrhages; cerebral ischemia and so on

4. Venous access field.

ATL Wireless Ultrasound MicroConvex Probe 3.5 – 5.0 – 7.0 : it allows to accurately find out the tip location during positioning of umbilical venous and caval epicutaneous catheters

ATL Wireless Ultrasound Linear Probe 7.5 - 10.0 MHz: ultrasound-guided venipuncture of the femoral vein of the newborn, when it is not possible positioning a peripheral venous or umbelical catheter