Procedure Oriented Ultrasound


Innovation in Ultrasound Intervention

  • You can know the expected path before inserting the needle.
  • You can easily set up a route to avoid dangerous areas in the body.
  • You can easily check the position of the needle tip.

Show the needle position icon relative to the probe

When the needle tip reaches the ultrasound image through the OOP(Out of Plane), the needle icon is changed from red to green.
So you can see exactly when you need to stop inserting the needle.

Show the expected needle path and the expected destination of the needle tip on the ultrasound image

The expected path of the needle will be marked on the ultrasound image by AR(Augmented Reality). When the needle tip reaches the ultrasound image through the OOP, the box changes to green, and you must stop inserting the needle.


  • Thyroid FNA
    (Fine Needle Aspiration)

    Better in tip confirmation

    Reduce false negative rate

  • CVC (Central Venous Catheter)
    IJ (Internal Jugular Vein)

    Benefits with OOP approach

    Avoid medical malpractice

  • Regional Anesthesia & Pain Management

    No more blind procedure

    Higher 1st attempt success rate

  • Facial Procedure

    Benefits with OOP approach

    Patient safety

  • Targeted Drug Delivery

    Maximize drug effects

    Minimize side effects

  • Infusion at Home / Nursing Home

    No more blind procedure

    Higher 1st attempt success rate

  • MSK
    (Intra-articular injection)

    Benefits with OOP approach

    Avoid mal-injection case

  • Ultrasound-based

    Safe procedure anywhere

    Gateway to medical doctors


Option for Self-training ; eZSimulator

A laptop based Training Tool for ultrasound guided procedures

01 Various training

For training of the probe-needle coordination in real application scenarios.

02 Independent training

Without the need of an ultrasound systems or special phantoms.

Training Images

A growing library for a variety of applications.
Learn to perform the procedure through a set of anatomical variations with different levels of difficulty.
You will learn In-Plane and Out-Of-Plane needle technique in a realistic environment.

Cue Cards

Learning with reference images, graphics and animations.
Get anatomical references, procedural information and tips.

Video tutorials

Educational videos with detailed information for each application.
Get a quick overview of the application.

eZSimulator Accessories

Virtual probe, eZSimulator software(Download), Phantom block, Short magnetizer,
Training needles(5x)



Digital Beamforming, Dynamic receiving, Dynamic aperture, Apodization


SRI (Speckle Reduction Imaging), Harmonic, SC (Spatial compounding), FA (Frame averaging), EE (Edge enhance), DR (Dynamic range), Gain, Multi frequency

Transducer Linear Distance Accuracy Less than ±5% or 1mm
Frequency Range 5~13MHz (applied 20dB) Operating Frequency Less than ±15%
Mode B mode Dimensions 180x60x28mm
Max Depth 10cm Weight 197g (except battery)
Ultrasound Output ISPTA.3 Less than 720mW/cm2, TI Less than 1.0, MI Less than 1.0
Resolution Axial : Less than 2mm Lateral : Less than 3mm
Quality Systems KFDA CE MDD US FDA ISO 13485


2F, Techno 1-ro 62-4, Yuseong-Gu, Daejeon, 34014 Korea Tel. +82 (42)-936-9078 Fax. +82 (42)-936-9077

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