ULTRASOUND TECHNOLOGY

Precision in frequency.
Control in every pulse.

Explore the ultrasound configurations and operating methods used in Cellthcare products.

CROSS ULTRASOUND TECHNOLOGY

Multiple frequencies,
one coordinated flow.

Cellthcare applies technology that coordinates cross-frequency ultrasound energy at 1, 3, and 10 MHz. Frequency combinations and driving methods vary by device and handpiece configuration.

Patent number: Patent No. 10-2942897
Registration date: 2026.03.19

PATENTED APPROACH

Cross-frequency ultrasound energy

The patented invention is titled “A skincare method based on an aesthetic device using cross-frequency ultrasound energy at 1, 3, and 10 MHz.”

This page describes only the frequency configurations in the patent and the operating methods documented in official product materials.

View patent information

This conceptual diagram explains the patent and product configuration; it is not an actual output waveform or measurement.

PRODUCT IMPLEMENTATION

Two configurations
used in our products

The following summary is based on frequencies, handpieces, and operating modes documented in product materials.

DUALMIRACLE · DI-15K310M

Alternating 3 MHz and 10 MHz
operation

DUALMIRACLE documentation describes an algorithm that alternates 3 MHz pulses for 3 ms with 10 MHz pulses for 7 ms.

Frequency: 3 MHz / 10 MHz
Driving example: 3 MHz · 3 ms / 10 MHz · 7 ms
Output control: Independent measurement and adjustment by frequency

View DUALMIRACLE

CELLULABATE device and two handpiece types

CELLULABATE · CLB-M1310

Three frequencies and
two handpiece types

CELLULABATE documentation specifies 1 & 3 MHz and 3 & 10 MHz handpieces with three operating modes.

Frequency: 1 MHz / 3 MHz / 10 MHz
Handpieces: 1 & 3 MHz / 3 & 10 MHz
Programs: 8 Preset Modes + Individual

View CELLULABATE

OPERATING MODES

Three ways to
control output

These differences are summarized from the operating modes documented for CELLULABATE.

Continuous

Runs ultrasound continuously.

Pulse

Adjusts the ratio between pulse duration and interval.

Mix Pulse

Combines multiple frequency modes. Product materials show an example using 1 MHz for 3 ms and 3 MHz for 7 ms.

View the original test report

MEASURED EVIDENCE

Output by frequency,
verified by measurement.

The Korea Research Institute of Standards and Science measured the acoustic power of ultrasound transducers submitted by Cellthcare in accordance with IEC 61161.

Mean acoustic power and measurement uncertainty by channel and frequency
Channel	Frequency	Acoustic power	Measurement uncertainty
1	1 MHz	3.533 W	10.3%
1	3 MHz	3.554 W	10.2%
2	3 MHz	3.093 W	10.2%
2	10 MHz	3.256 W	10.6%

Test No. 2501-006290-001 · Tested 2025.09.11 · Mean of 10 measurements · Expanded uncertainty k=2, approximately 95% confidence

NEXT STEP

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Precision in frequency.Control in every pulse.

Multiple frequencies,one coordinated flow.