ALBIT- General /Universal – (stationary / portable)


  ALBIT – device which will amaze you…

 New generation  !

ALBIT was designed as an easy-to-use and practical ultrasound device both for general diagnostic applications such as Gynecological-Obstetric, Abdominal, Urology, Pediatric, Small subsurface organs examination and specific diagnostic applications such as:

ALBIT, as an indispensible and perfect tool, enables to monitor and control the course of many medical procedures e.g. in a delivery room, endovascular ones i.e. sclerotheraphy,  EVLT or biopsy procedures. Therefore, this ultrasound is an invaluable bedside and mobile diagnostic device for various medical wards, emergency departments and treatment rooms. Albit is  recommended for infants, children but as well as for elderly patients’ examination.

 Specific features:

Duplex DopplerThe additional Duplex Doppler Function (Color/Power Doppler, Pulse Wave Doppler) significantly diversifies diagnostic capabilities, simultaneously providing the best quality-price relationship

Special BT remote controller significantly improves work performance and provides convenient operation.


ALBIT user’s interface based on touch screen technology makes operation easy and user-friendly. The touch screen can be also operated not only with fingers, but also using the enclosed stylus to keep it clean.

 For users who prefer more traditional operating solution  (as an option) special  keyboard with trackball and silicone keys plus classic alphanumeric keyboard is offered. Please see photos in our gallery. Operator can use both methods touch-screen and classic one simultaneously.



  • User-friendly touch screen operation or/and operative keyboard -truly intuitive user interface reduces time for learning and operating
  • Smart Color Doppler system
  • Excellent  image  quality achieved by advanced  digital image processing technology (SRT, THV etc)
  • Scanning depth: 1.5 ..31 cm (depends on the probe)
  • Scanning angle: up to 360° (depends on the probe)
  • Presentations: 2D, B+B, ZOOM; 2D+M; 2D+CF (Color Flow); 2D+PF (Power Flow); 2D+CF/2D; 2D+PW, 2D+CF/PW
  • Cineloop memory (1535 images)
  • Audio signal  reproducing of the Doppler blood flow
  • Full HD (1080 x 1920 pxl)  LCD Touch Screen monitor
  • Possibility customization of user interface colour
  • External alphanumeric keyboard (option)
  • Image filters – processing
  • Panoramic zoom in real-time and freeze modes
  • Biopsy mode (option)
  • On demand – two probe connections
  • Large memory capacity for archiving images (built-in HDD)
  • Storing images in formats: bmp, jpg, tif, dcm, avi
  • DICOM 3.0 Store, Print, Worklist ( option)
  • 3D mode (option)
  • Mounting systems: mobile stand, stationary support


Smart and ergonomic BT remote controller enables to operate basic functions of the ultrasound from a certain distance, which is especially useful in emergency and treatment rooms as well as during standard ultrasound exams.


  • Distance: 6 independent pairs of cursor
  • Volume, area (ellipse, trace, 3-axis method)
  • Angles measurements
  • % Stenosis (diameter or area)
  • Urological measurements
  • Thickness lateral abdominal muscles measurement
  • M –Mode
    • Calculations of time, velocity, amplitude, Heart Rate ,MVCF
    • Fast measurements of AOD, LA, IVS, RVEDD, DEAmpl
    • LV -left ventricle parameters: EDV, ESV,  SV, EF, CO, FS, CI
  • PW – Mode
    • Automatic measurements (auto-trace): PSV, EDV, TAM, RI, PI, S/D
    • Heart Rate HR
    • Volume Flow ( TAMean and Vessel Area)
    • Velocity, Time interval, Acceleration
    • Maximum (Max PG) and mean (Mean PG) pressure gradients
    • Pulsatility index (PI) and resistivity index(RI) measurements
    • A/B Ratio and the mitral valve E/A calculation
    • The mitral valve area (MVA) and the pressure gradient half-time (PHT) measurement
  • Obstetrical general measurements:
    • GA and EDD using BPD, CRL, FL, GS, AC, HC (factory preset  and a user-modifiable table)
    • GA and EDD based on LMP and BBT
    • Nuchal Translucency (NT), Nasal Bone (NB), Yolk Sac (YS)

HRI  (Hepatorenal Index)

Ultrasound imaging starts to play an important role in assessment liver steatosis. Echogenicity of fatty liver is high due to the intracellular fat inclusions. Hepatorenal index HRI calculate as a ratio of the mean brightness of the liver region  hep-ROI to the mean brightness of the renal cortex ren-ROI. HRI for patients without steatosis is lower than the one for subjects with steatosis and the difference is in the range between 1.2  to over 2, respectively. The new functionality has been introduced into the ALBIT scanner as a option.
See references:

  • Webb M, Yeshua H, Zelber-Sagi S, et al. Diagnos- tic value of a computerized hepatorenal index for sonographic quantification of liver steatosis. AJR 2009; 192:909–914
  • Park SH, Kim PN, Kim KW, et al. Macrovesicular hepatic steatosis in living liver donors: use of CT for quantitative and qualitative assessment. Radiology 2006; 239:105–112
  • Palmentieri B, de Sio I, La Mura V, et al. The role of bright liver echo pattern on ultrasound B-mode examination in the diagnosis of liver steatosis. Dig Liver Dis 2006; 38:485–489
  • Marshall RH1, Eissa M, Bluth EI, Gulotta PM, Davis NK, Hepatorenal index as an accurate, simple, and effective tool in screening for steatosis. AJR 2012;199(5):997-1002


With the use of roll-stand, an ergonomic mobile solution, it is possible to perform examinations or carry out medical procedures easily. The possibility to adjust the height makes the roll-stand more functional and useful addendum to the system.

3D MODE (option)

The 3D digital models of internal organs  are especially applicable in the medical fields of gynecology and obstetrics as well as internal medicine, urology, surgery and orthopedics.
ALBIT system  in  3D mode uses free-hand  techniques without position sensor (fan or linear method). Real-time 3D reconstruction  after a free-hand acquisition  is performed in two ways:   Surface reconstruction or Transparency rendering. Surface reconstruction  basically  is used to visualize the foetus in obstetric applications.  Transparency rendering  (MIP – Maximum / Minimum Intensity Projection)  is used in other applications and demonstrates imaging planes not accessible with normal scanning techniques.


Vertical version 16″:
260 mm (W) x 430 mm (H) x 98 mm (D);
ca 5,4 kg (without trolley)


  • Power supply: AC 100/240 V, 50/60 Hz
  • Power consumption: max 90 V


Electrical safety standards:
–  Medical device Class IIa  comply with MDD 93/42 EEC
–  Safety regulations: complies with  Class I   of EN/IEC 60601-1


ALBIT e- Brochure
ALBIT e- Brochure
Certificates Echo-Son

Scanner images

Images gallery (ALBIT uni)