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- General Imaging
  - Tarus 80
  - Cetus 40
  - Danus 30
  - Danus 10
  - Finus 70
  - Apus Go
- Women's Health
  - Cygnus ABS
  - Tarus 80
  - Cetus 40
  - Danus 30
  - Danus 20
  - Danus 10
  - Apus Go
- Cardiovascular
  - Tarus 80
  - Cetus 40
  - Danus 30
  - Danus 10
  - Finus 70
  - Finus 50
- POC
  - Finus 70
  - Finus 50
  - Danus 10
  - Apus Go
- Veterinary
  - Lynus 40
  - Lynus 30
  - Lynus 10
  - Lynus 5P
  - Lynus Go
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Confidence at the Point of Care

Focus & Fusion brings clear imaging and intuitive ultrasound solutions to the point of care, helping clinicians make timely, confident decisions. Combining versatile probes, dedicated POC workflows and practical guidance tools, our portfolio supports bedside assessment and ultrasound-guided procedures across emergency care, intensive care, anesthesia, musculoskeletal care and pain management. Designed for diverse care settings, our ultrasound solutions simplify bedside scanning and help clinicians work with greater confidence and efficiency

Reliable and Intelligent

Finus 50 is a mid-range portable cardiovascular system built on a reliable imaging platform, delivering solid image quality and enabling routine cardiac functions. With a versatile transducer portfolio including phased array, micro-convex, and remote control transducers, it supports clinical applications from adult to basic vascular exams – making Finus 50 a dependable workhorse.

Finus 50

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Detail in Motion

Delivers detailed real-time imaging and sensitive blood flow visualization for confident bedside assessment.

Clarity across Depths

Enhances probe sensitivity and bandwidth for clearer visualization of superficial and deeper structures at the bedside.

Stability amid Interference

Helps maintain stable image quality amid interference in demanding POC environments.

Clearer Tissue Boundaries

Reduces speckle noise for clearer tissue boundaries during bedside assessment.

High Definition Monitor

15.6" monitor for better visualization
with adaptive monitor brightness

Dedicated Interventional Probe Holder

For safe, convenient probe placement

Built-in Battery

For long-lasting examinations

Magnalium Shell

For stronger protection and longer lifespan

180° Adjustable Monitor

Ergonomic wide-tilt design accommodating
users of different heights

Probe Extender

For 3 probes access and faster workflow

Boosted Efficiency

Smoother workflow with fewer keystrokes, leading to 37% increased efficiency compared with traditional UI

Wider Field of View

Expanded imaging area in Dual mode - 33%

Touch-free Features

ProShakeTM, Remote Control Probes, Voice Control

Simplify Control at the Bedside

Proshake

Intelligent Probe Switching, Seamless Workflow

High Definition Monitor

15.6 inch high-definition monitor for better visualization

Tilting Probe Holders

Equipped with tilting holders with angle to avoid damaging when moving the trolley

Small Footprint

0.25m² small footprint of trolley to better fit in narrow space

Central Pedal

For adjusting the trolley’s height with one foot stepping

Magnesium Shell

Equipped with magnesium alloy shell for better protection

Probe Extender

Compact connectors for three active transducers on trolley

Storage Shelves

Storage shelves for users to place their daily-used objects

fAssist

fShare

fRemote

DICOM 3.0

Auto Optimization

Extensive Diagnostic Solution

Panoramic

The extended field of view displays more image information without sacrificing image quality. A convenient approach for big-size organs, especially for MSK structures. It has scanning direction and speed indications.

Elastography

Real time elastography is a new noninvasive and painless technique that can help determine the hardness of organs and other structures such as breast, thyroid. Elastic imaging provides users with dynamic visual information and displays the rigidity of organs, which is helpful for direct and quantitative diagnosis and treatment.

eBiopsy+

The image of the puncture needle is enhanced by the deflection of the acoustic beam, including needle enhancement, needle tip red rendering, virtual needle passage and scale line, supporting auto steering.

Tissue Doppler Imaging

Tissue Doppler Imaging (TDI) is a robust and reproducible echocardiographic tool that employs the Doppler effect to assess muscle wall characteristics throughout the cardiac cycle including velocity, displacement, deformation, and event timings. It has permitted a quantitative assessment of both global and regional function and timing of myocardial events.

Curved AM

Curved Anatomical M-Mode (CAM) technology can show all the spatial and temporal relationship of myocardial segment movements during the cardiac cycle in the scanning sector, which provides a new measurement method to quantitatively analyze the abnormalities of segmental myocardial motion during systolic or diastolic period.

iQ Suite to Elevate Your Workflow