Understand the concern.
Understand the patient’s priorities and identify areas for further assessment.
A more personal
perspective on care.
Bring handheld ultrasound into your aesthetic practice, with imaging that supports assessment and patient conversations.
Explore the clinical workflowA closer look.
Beyond the face.
Explore superficial tissue in the area of concern, with handheld imaging that supports clinical assessment.
Explore the clinical workflowSlide 1 of 2
See beneath
the surface.
Explore structure. Understand context.
Skin
Thickness & layer continuity
Fat
Thickness, distribution & uniformity
Muscle
Thickness & structure
Fascia
Depth & connective anatomy
From cheek concerns to a more personal aesthetic plan.
See beneath the surface.
Handheld ultrasound across the aesthetic consultation — from tissue assessment to physician-led report review and image-guided care.
Examine with ultrasound.
Visualize skin and underlying tissue with handheld ultrasound to support clinical assessment.
Review the findings.
Review images and measurements with the patient to support a more informed consultation.
Guide with imaging.
View the treatment area with ultrasound to support physician-led injection guidance.
CLINICAL IMAGING FOR AESTHETICS
Beyond the surface.
Explore tissue relationships, existing filler regions and local blood flow. Add imaging context to aesthetic assessment and image-guided procedures.
Imaging tools
Grayscale imaging for tissue structure.
Measure tissue thickness and target depth
Measure tissue thickness, structural dimensions and depth beneath the skin surface to bring quantitative information into treatment assessment. Record measurements as reference points for comparison during follow-up.
Assess existing fillers before further treatment
Observe the tissue layer, extent and appearance of existing injectable material regions, and measure their size. Review their relationship to surrounding tissue before considering further treatment.
Observe the injection path in real time
View the needle in relation to target tissue as the procedure progresses. Use real-time imaging as a visual reference for positioning and needle path adjustments during filler injections and other image-guided procedures.
Identify nearby vessels before injection
Review vessel location and flow signals within skin and superficial tissues. Assess their relationship to the planned treatment area to inform injection site and needle path planning.
Review local blood flow after treatment
Use the spectral waveform to review blood flow velocity over time at a selected vessel. Combine these findings with tissue imaging and other Doppler views to support post-treatment vascular assessment and follow-up.
Observe subtle flow changes before and after treatment
Visualize low-velocity, weak flow signals to complement assessment of superficial tissues. Review these signals alongside images of filler regions and surrounding tissue to support comparisons before and after treatment.
Assess skin layers before treatment
View the layers, boundaries and relationships of the epidermis, dermis, subcutaneous tissue and SMAS. Bring the anatomy of the target area into view to inform assessment of the treatment area and intended tissue layer.
Aesthetic Clinic Practice & Applications
AI ASSISTED
AI-assisted needle-path extension & tracking
AI ASSISTED
AI-assisted material identification
AI ASSISTED
AI-assisted tissue measurement
AI ASSISTED
AI-assisted tissue assessment
HARDWARE & CONFIGURATION
Small in hand.
Considered in every detail.
A handheld probe. A mobile workflow. Choose the hardware configuration that fits your imaging needs.
8N-64
Wireless freedom. A clean, compact form that brings ultrasound into your consultation space.
10 / 13.2 MHzLinear array frequency
20–60 mmSelectable scan depth
180 gListed weight
192Array elements
Specifications follow the supplied product materials. Confirm final specifications and included items for your selected model.
Your imaging window.
Choose a frequency, scan width and depth range suited to your examination requirements.
Built around your workflow.
Pair your probe with a compatible mobile terminal. Confirm supported devices and system requirements with your configuration.
Every item, clarified.
Confirm software access, accessories, packaging, training and warranty terms as part of your purchase plan.
Compare technical specifications
| Specification | 8N-64 | 8L | 6L |
|---|---|---|---|
| Linear array frequency | 10 / 13.2 MHz | 7.5 / 10 MHz | 7.5 / 10 MHz |
| Selectable scan depth | 20 / 30 / 40 / 60 mm | 20 / 40 / 60 / 100 mm | 20–100 mm |
| Scan width | 25 mm | 40 mm | 40 mm |
| Array elements | 192 | 192 | 192 |
| Channels | 64 | 64 | 32 |
| Listed weight | 180 g | 180 g | 200 g |
Tell us about your clinical workflow. We’ll help you review the probe, terminal and software configuration.
Connection: Easy to Use, Easy to Understand
Device Connection Guide01
Open Device Management
Open Device Management to view the Skin and Body Fat probe groups.
02
Select the Probe Hotspot
Open Wi-Fi settings on your tablet and select the probe hotspot named after the serial number (SN) on the device.
03
Enter Password & Connect
Enter the device serial number in lowercase as the password. This is only required the first time. Wait for the connection to complete.
04
Add Your Probe
Return to Device Management and tap “+ Add probe Wi-Fi.” When “Added” appears, your probe is ready.
gvcdhd002Device SN in lowercase
Connect Your Device. Get Started.
Follow this device demonstration to connect your tablet and probe wirelessly.
Open Device Management→
Select the Probe Hotspot→
Enter Password & Connect→
Add Your Probe
Step Preview
Feedback from client teams.
Real feedback collected from companies and teams using the ULTRASOUND portable AI skin assessment system — across clinics, distributors and on-site service teams.
5.0out of 5
Based on 30 pieces of client feedback, collected from companies and teams using the system.
Aesthetic clinic team
This lightweight AI ultrasound deep skin assessment system is incredibly portable. We can carry it to different consultation rooms anytime to run skin scans for our aesthetic clients.
Aesthetic clinic practitioners
The before-and-after deep skin comparison function is our favorite feature. It clearly shows subcutaneous tissue changes over time and helps clients see real differences.
Dermatology clinic team
It greatly improves our clinic’s daily efficiency. The scan and report generation process is fast, and we no longer spend excessive time manually recording skin data.
Aesthetic clinic owner
We were surprised by its compact size. Unlike bulky traditional ultrasound scanners, this portable unit is easy to transport without sacrificing imaging quality.
No reviews match this topic yet.
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LET’S TALK
Your practice.
Your next step.
Tell us what you’re looking for. Discuss product options, software capabilities and a configuration tailored to your team.
01
Probe selection & configuration
02
Software & imaging workflow
03
Pricing, training & delivery