R&D center specializing in
medical ultrasound
Therapeutic ultrasound devices are medical devices that benefit patients by applying ultrasound technology in the treatment of diseases and conditions.
DEEP SONO LAB is conducting various research and technological development to innovate therapeutic ultrasound medical device technology
and implement patient-friendly products.
-
Firmware
F/W, S/W development
Ultrasound emission algorithm
Development of automation program for production
-
Hardware
Equipment hardware design and verification
Stabilization of equipment output and performance
verification Establishment of transducer performance
stabilization, standardization, and inspection
procedure systemization
-
Mechanical
nstrument development
Mold ordering and management
Ultrasonic performance prediction and
output measurement using simulation program
NEWPONG’s technologies and know-how
01
HIFU – High Intensity
Focused Ultrasound
Non-invasive technology delivers focused ultrasound energy to
the targeted skin layer without damaging the epidermis.
02
BLT – Blot-Clamped
Langevin Type
Bolted and driven, BLT ultrasonic technology delivers powerful energy
and delivers effective performance.
03
Ultrasonic sound wave
control technology
We are researching technology to provide optimized treatment for specific tissues or
lesions by adjusting the waveform, frequency, and intensity of sound waves generated
by ultrasound medical devices.Through this, it is designed to maximize the treatment effect
and at the same time have minimal impact on surrounding tissues.
04
Ultrasonic dual
frequency technology
It is a dual-wavelength technology that combines two different frequencies in one probe,
delivering optimized ultrasonic energy to the skin layer.
05
Ultrasonic Power
Matching technology
Power transmission matching circuit design technology that matches the electrical characteristics
of the transducer solves the size and heat generation problems of the power system
in high-power ultrasonic devices.
06
Frequency tracking
technology
This technology allows the ultrasonic transducer to automatically trace the frequency
and maintain a constant output even when the temperature and other environmental impedance changes.
Maximizes ultrasonic exfoliation efficiency and maintains mechanical durability.
