Amolab s.r.l. of Lecce at MEDICA 2017 in Düsseldorf -- MEDICA Trade Fair

Amolab s.r.l.

Via Raffaello Sanzio, 18, 73100 Lecce

Telephone +39 0832 422312
Fax +39 0832 422341

Hall map

MEDICA 2017 hall map (Hall 10): stand G31

Fairground map

MEDICA 2017 fairground map: Hall 10

Our range of products

Product categories

  • 01  Electromedical equipment / Medical Technology
  • 01.02  Imaging proceedings
  • 01.02.06  Ultrasound diagnostic equipment
  •  Ultrasound equipment for gynaecological and obstetric use

Ultrasound equipment for gynaecological and obstetric use

Our products

Product category: Ultrasound equipment for gynaecological and obstetric use

SensUS Touch

SensUS Touch is the first echographic medical device allowing the real-time automatic monitoring of childbirth labor
Non-invasive. Easy to use. Fast. Portable. Reliable

Safer childbirth with SensUS the new QUS device for midwives and gynecologists

SensUS Touch is equipped with a 3.5 MHz convex probe. An innovative software application (Amolab Suite)allows a safe and quantitative monitoring of childbirth, in real time, through an automatic elaboration of theacquired echographic images. SensUS allows a safe and user-friendly monitoringof the entire childbirth labor, from the beginning until the delivery, through simple and non-invasive (trans-labial) ultrasound (US) scans.

Acquired US images and echographic images are automatically processed to measure fetal progression parameters, displaying them through both via highly intuitive 3D reconstructions and synthetic graphs of clinically relevant indicators. In a few seconds it is now possible to safely and reliably assess the fetal progress in the birth canal.”

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Product category: Ultrasound equipment for gynaecological and obstetric use

SensUS View

SensUS View is an innovative echografic console equipped with Amolab Suite and MultiWave software.

The SensUS View is the last advanced and innovative generation of high performance Echo Color Doppler systems based on panel PC with high-definition monitor touch screen and equipped with Amolab Suite and MultiWave software. The system supports a wide range of transducers of new generation with high density elements wideband and multi-frequency from 1.0 MHz to 18.0 MHz:
  • Convex
  • Linear
  • Sector Phased Array
  • Endocavitary.

In the SensUS View are included:
  • Digital Doppler Multi-Beam Processing
  • Spatial Compound Imaging
  • B-Steer Imaging
  • Trapezoid Imaging, Virtual Convex
  • Cross Beamforming
  • Tissue Harmonics with Pulse Inversion technology
  • One-touch Image Optimization
  • Digital RF-data output (real time and off line)

The High Pulse Repetition Frequency (HPRF) and the Digital Doppler multi-beam processing allow Color, Power and Spectral Doppler examinations, with very high sensitivity and frame rate.

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Product category: Ultrasound equipment for gynaecological and obstetric use


ProgSim is a fetal progression simulator for intrapartum ultrasound educational and training purposes

ProgSim is a dynamic phantom that includes an anatomically realistic model of pubic bones with a fetal head that can be moved to simulate different fetal head stations (from -2 to +2).

The phantom is filled with water and has a corner made of a transparent tissue-mimicking silicon membrane, in order to allow both reliable simulations of transperineal echographic imaging and easy visual check of actual fetal head position.

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Product category: Ultrasound equipment for gynaecological and obstetric use

Amolab Suite

Amolab Suite by Amolab, is an user-friendly software application allowing the real time visualization and the monitoring of fetal progress in the birth canal.

A non-invasive, accurate and fast system for the early identification of the cases requiring a medical intervention.

Amolab Suite is a user-friendly software application dedicated to the automatic monitoring of childbirth labor progression through the combined elaboration of ultrasound signals and echographic images, acquired through quick trans-perineal scans. Amolab Suite is based on advanced processing algorithms that allow a simple and continuous labor monitoring, providing quantitative and accurate measurements of the most important fetal progression parameters. These parameters, whose calculation is fully automatic, are displayed on the screen through highly intuitive 3D reconstructions coupled with synthetic graphs showing the temporal evolution of clinically interesting indicators. Fetal progression in the birth canal is therefore assessed in an automatic, reliable and objective manner, eliminating the operator dependence and reducing the chances of human errors associated to conventional echographic examinations (strongly dependent on operator experience) and to the routinely adopted manual inspections (which are highly subjective and poorly tolerated by the patients because of thieir invasiveness). Thanks to the combination of Amolab Suite with SensUS Touch echographic device, gynecologists and obstetricians can be supported in an objective manner by a non-invasive, accurate and fast system, assuring the early identification of the cases requiring a medical intervention, with a clear improvement in the quality of care.

The fourth module, named “MultiWave”, allows the user to perform ultrasound multipurpose measurements. This module can be launched independently of the other Amolab Suitemodules, through its icon accessible on the desktop.

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About us

Company details


Amolab’s mission is to provide the medical community with the first technological solution for a safe, automatic and non-invasive monitoring of labor. Amolab offers clinicians an objective and reliable tool to assess fetal wellbeing from intrauterine to extrauterine life.


Amolab’s vision is to put the science at the service of society for the development of innovative and non-invasive medical technologies aimed at improving the quality of life. This will also contribute to healthcare system efficiency and sustainability.


Amolab’s aim is to become a leading company in the field of technological innovation applied to the medical sector. This will be achieved by exploiting advanced biomedical engineering knowledge and skills for research and development of innovative solutions to make childbirth monitoring safer and more accurate, in order to meet the needs of both clinicians and patients.

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