false
hepatus-series-kv-pc
Diagnostic ultrasound system

Hepatus Series

New Vision for Liver Care

A new era for noninvasive diagnosis of liver disease

Hepatus is a professional non-invasive diagnostic system for liver diseases, providing quantitative result to indicate the stage of liver fibrosis. It is accurate, efficient, reliable, and convenient for disease follow-up, opening a new era for noninvasive diagnosis of liver diseases.

hepatus-series-fig1-pc
Quantitative analysis of liver stiffness
Provide quantitative detection of liver stiffness and liver fibrosis stage by transient elastography technology
hepatus-series-fig2-1-pc
Quantitative analysis of liver steatosis
The severity of liver steatosis can be quantitatively evaluated by LiSA (Liver Ultra-Sound Attenuation) technology.
hepatus-series-fig2-2-pc

Wide range of clinical applications

It is applicable to the screening, diagnosis, monitoring and treatment assessment of liver fibrosis and steatosis due to various reasons. Especially during early stage.

  • Nonalcoholic fatty liver disease
  • Alcoholic liver disease
  • Chronic hepatitis B
  • Chronic hepatitis C
  • Drug-induced liver injury
  • Autoimmune liver disease
  • Biliary tract disease
hepatus-series-fig3-pc
Transient Elastography is the recommended examination method for chronic liver diseases
hepatus-series-fig4-1
Non-invasive
Evitable liver biopsy, reduced risk of biopsy, simple and fast, safe and economic examination.
hepatus-series-fig4-2
Quantitative
Quantitative detection and assessment of the severity of liver fibrosis and steatosis, widely recommended by global guidelines for liver diseases, with mature and reliable diagnostic criteria.
hepatus-series-fig4-3
Sensitive and accurate
High sensitivity to liver fibrosis and steatosis in the early stage with high detection accuracy, conducive to the early screening, diagnosis, treatment and rehabilitation of liver diseases.
hepatus-series-fig4-4
Easy follow-up
Convenience for doctors to monitor the results of the same patient at different times, thus realizing disease tracking and treatment evaluation.
Advanced ViTE (Visualized Transient Elastography)
hepatus-series-fig5-pc
Conduct quantitative detection and evaluation of liver fibrosis and steatosis under the visual guidance of real-time 2D ultrasound
Avoid blood vessels and lesions, improve the accuracy and reliability of the measurement
Greatly reduce the operation difficulty, improve the accuracy and repeatability of quantitative measurements
Integrated probe design
hepatus-series-fig6-pc
Ultra-wideband frequency technology, it covers all patients of different ages and body shapes
One probe for ultrasound visual guidance and quantitative detection, no need to switch probes during the scan
The acquisition process can be accomplished with one integrated button
Fast Q-Scan intelligent acquisition
hepatus-series-fig7-pc
10 groups of effective data can be automatically and continuously acquired and intelligently screened by pressing one button
Precise and valid detection results can be obtained immediately within merely 7 seconds after positioning
Reliable quality control index
• Pressure index (P): quality control of probe pressure
• Motion stability index (m-STB): ensure respiratory stability
• Clear indication with different color to improve the quality control during examination
hepatus-series-fig8-1-pc
Respiratory movement disturbance; Prboe pressure too low
hepatus-series-fig8-2-pc
Respiratory stable; Probe pressure too high
hepatus-series-fig8-3-pc
Respiratory stable; Proper probe pressure
Various ultrasound solutions*
· Professional ultrasound probe to facilitate the examination of ascites, etc.
· Dedicated ultrasound guided puncture to improve the accuracy of biopsy
· Excellent ultrasound image and function enable comprehensive assessment of liver morphology and hemodynamics.
hepatus-series-fig10-1-pc
Ultrasound guided liver puncture
hepatus-series-fig10-2-pc
Liver ascites
hepatus-series-fig10-3-pc
Assessment of portal hemodynamics
hepatus-series-fig10-4-pc
Assessment of liver morphology

* Available on Hepatus 6

Ergonomic design
hepatus-series-fig9-pc