HandyUsound has a unique advantage - it can work not only from the mains, but also autonomously using the battery. The time of such operation is practically unlimited due to the quick replacement of charged batteries.
Autonomy opens up new possibilities in the use of ultrasound diagnostics systems. HandyUsound can be used in ambulances, in areas where there is no or power supply or it is damaged, on the street, and even in the field conditions.
HandyUsound can be carried and used wherever full-fledged ultrasound diagnostics is required: at the bedside in a hospital room or at the patient's home, in the operating room, family doctor's office, etc. The system meets the Point-of-Care US (POCUS) standard.
Being portable, the system is expert and has the functionality of a large stationary ultrasound device, including elastography and steatometry. HandyUsound provides high-quality images and uses 25 modes and 10 processing technologies.
HandyUsound has a steatometry function that is unique in portable devices. The innovative measurement of the attenuation coefficient allows for staging, screening and early diagnosis of fatty liver disease (steatosis). This will help prevent the development of dangerous diseases such as diabetes, liver cirrhosis, cardiovascular and oncological diseases.
HandyUsound opens up new perspectives for large-scale preventive and screening activities.
Medical equipment, including ultrasound diagnostics systems, is an important element of business processes in every medical institution, regardless of the ownership form.
Thanks to its unique qualities and the location of our production in Ukraine, HandyUsound will provide the best economic performance for private institutions and a high level of economic feasibility for public ones.
The HandyUsound ultrasound system was created based on the needs of doctors. All their wishes regarding usability were taken into account. Doctors were also directly involved in the development of HandyUsound. Their experience, combined with the latest medical technologies, made it possible to make the ultrasound diagnosis process simpler, more efficient and ergonomic.
The DICOM standard provides image post-processing, protocol generation, and networking solutions. HandyUsound has an intuitive touchscreen control system that greatly simplifies training and facilitates the use of the device.
Locating the production in Ukraine will improve the quality and speed up the service of HandyUsound ultrasound diagnostics systems. We are able to provide an effective combination of your online and offline support.
The entire development team is located in Ukraine, so they are able to provide direct consultations and share their experience.
HandyUsound has a unique advantage - it can work not only from the mains, but also autonomously using the battery. The time of such operation is practically unlimited due to the quick replacement of charged batteries.
Autonomy opens up new possibilities in the use of ultrasound diagnostics systems. HandyUsound can be used in ambulances, in areas where there is no or power supply or it is damaged, on the street, and even in the field conditions.
HandyUsound can be carried and used wherever full-fledged ultrasound diagnostics is required: at the bedside in a hospital room or at the patient's home, in the operating room, family doctor's office, etc. The system meets the Point-of-Care US (POCUS) standard.
Being portable, the system is expert and has the functionality of a large stationary ultrasound device, including elastography and steatometry. HandyUsound provides high-quality images and uses 25 modes and 10 processing technologies.
HandyUsound has a steatometry function that is unique in portable devices. The innovative measurement of the attenuation coefficient allows for staging, screening and early diagnosis of fatty liver disease (steatosis). This will help prevent the development of dangerous diseases such as diabetes, liver cirrhosis, cardiovascular and oncological diseases.
HandyUsound opens up new perspectives for large-scale preventive and screening activities.
Medical equipment, including ultrasound diagnostics systems, is an important element of business processes in every medical institution, regardless of the ownership form.
Thanks to its unique qualities and the location of our production in Ukraine, HandyUsound will provide the best economic performance for private institutions and a high level of economic feasibility for public ones.
The HandyUsound ultrasound system was created based on the needs of doctors. All their wishes regarding usability were taken into account. Doctors were also directly involved in the development of HandyUsound. Their experience, combined with the latest medical technologies, made it possible to make the ultrasound diagnosis process simpler, more efficient and ergonomic.
The DICOM standard provides image post-processing, protocol generation, and networking solutions. HandyUsound has an intuitive touchscreen control system that greatly simplifies training and facilitates the use of the device.
Locating the production in Ukraine will improve the quality and speed up the service of HandyUsound ultrasound diagnostics systems. We are able to provide an effective combination of your online and offline support.
The entire development team is located in Ukraine, so they are able to provide direct consultations and share their experience.
Family
medicine
Emergency
care
Gastroenterology
Gynecology,
urology
Dermatology
Endocrinology
Cardiology
Digital beam formation
Frequency range: from 1 to 15.0 MHz
Scanning depth: 28 cm
Magnify the image of the region of interest: 16 times
Support for 192-element probes
B-mode
M-mode
Duplex mode
Triplex mode
Trapezoidal scan
Angle of inclination at trapezoidal scanning: ± 10 deg
Pulse-wave doppler
Pulse-wave doppler pulse repetition frequency: 4.5 - 12 kHz
Maximum registered speed: 5.0 m/sec
Minimum control volume: 0.5 mm
Color doppler
Color doppler pulse repetition frequency: 0.55 - 9.86 kHz
Simultaneous display of B-mode and color doppler
Maximum frequency: 95 frames/sec
Energy doppler
Tissue doppler
Tissue harmonics and inversion harmonics
Automatic image optimization with one button
B. Two-dimensional image mode at the main operating frequency
B. Mode of two-dimensional image on the main operating frequency, 2nd and inverse harmonics
CD. Two-dimensional image mode with color flow rate mapping mode
PD. Two-dimensional image mode with color mapping of energy, energy and direction
TD. Tissue doppler mode (color mapping, spectrum, M-mode)
B / B. Display mode of two B-images
B / CD (PD). Display mode of two B-images (black and white and color mapping) in real time
B / CD (PD, DF). Display mode of two B-images (black and white and color mapping) in real time
B / CD (PD, TD, DF). Display mode of two B-images (black and white and color mapping) in real time
B / M Display mode of B-image and one-dimensional M-image with time scan
MA. Anatomical M-mode
4B. Display mode of four B-images
4CD (PD, TD). Display mode of four B-images with color mapping
CD (PD) / CD (PD). Display mode of two B-images with color mapping (alternating)
CD (PD, TD) / CD (PD, TD). Display mode of two B-images with color mapping (alternating)
CD (PD) / MPD. Color B and one-dimensional image display mode with color mapping mode and time scan (alternating)
CD (PD, TD) / MCD (PD, TD). Color B and one-dimensional image display mode with color mapping mode and time scan (alternating)
B / PW. B-picture and pulse-wave spectral doppler display mode (alternating or duplex)
CD (PD) / PW. Color B-image and pulse-wave spectral doppler display mode (alternating or triplex)
CD (PD, TD) / PW. Color B-image and pulse-wave spectral doppler display mode (alternating or triplex)
WTrack (E-AS). Mode of vascular elasticity assessment
CE. Compression elastography mode (Active & Natural Strain)
AC. Attenuation coefficient measurement mode
Automatic measurement of hemodynamic parameters (doppler autotracing)
Automatic measurement of the thickness of the intima-media complex
Re-study with saved settings
Flow profile research (flow volume)
Measurement and calculation of diagnostic parameters for all areas of research
B-mode sector scan for phased sensor
Vector scan in B-mode
Synthetic aperture scanning in B-mode
Multi-view composite image (MCI) in B-mode
Color mapping of pulsating blood flow
Real-time visualization filter
Convex
Phased
Linear
Microconvex
Cavitation (rectal, vaginal)
Ability to perform standard measurements
Ability to perform measurements on images stored in the archive (work with raw data)
Availability of basic payment packages
Availability of calculations for obstetrics
Availability of calculations for cardiology
Availability of abdominal calculations
Availability of calculations for compression elastography (Strain Ratio)
Ready-to-print attenuation measurement protocol
Presence of calculations of the Hepato-Renal Index (GRI) - hepatic steatosis
Presence of Pancreatic-Lienal Index (PLI) calculations - pancreatic steatosis
Ready-to-print lung examination protocol for COVID-19
Movie loop in B-mode: 2700 frames, DICOM, network service
19 Naukova str.
Kyiv region, Obukhiv district,
Pidhirtsi
08710