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Ultrasound Preservation

Innovative Technologies to Grow the Global Semiconductor Industry

Ultrasound Preservation

Innovative Technologies to Grow the Global Semiconductor Industry

Ultrasound Preservation 

Ultrasound Preservation


In the PCB and semiconductor industries, ultrasonic waves are mainly used to clean products and remove foreign substances,

and cleaning and foreign substances are essential processes to ensure quality, especially in precision industries.


Washing and removing foreign substances using ultrasonic waves is a necessary process in the semiconductor process.

because it is widely used in industrial cleaning systems for precise cleaning with technology that utilizes the cavitation effect and particle acceleration effect of ultrasonic waves.

What is ultrasound preservation?

Before electro-copper plating

(the process of plating by applying electricity)

It is a process of copper plating in a circuit or hole designed on a PCB with a thickness of about 2um. It can be said that it is a process of plating in advance in order to make electric copper plating better.

breakthrough technology

in the semiconductor industry 


Shortcomings and the need for predictive preservation of ultrasonic devices

What is ultrasound preservation? 

Before electro-copper plating (the process of plating by applying electricity) 

It is a process of copper plating in a circuit or hole designed on a PCB with a thickness of about 2 μm. 

It can be said that it is a process of plating in advance in order to make electric copper plating better.

A decrease in efficiency

The vibration unit is a high-frequency part that emits high frequency, and when used for a long time, cracks are generated due to vibration, which frequently destroys insulation and lowers efficiency of the vibration unit.

Quality issue

If the efficiency of ultrasonic waves is not recognized, quality problems arise due to weak cleaning power and lack of foreign matter removal.

A decrease in yield

If insulation breakdown such as vibration crack is left unattended, an error in the vibration part suddenly occurs during mass production. Products in production are treated as defective and the operation of the equipment to replace the vibration unit is carried out. the act of stopping by Production loss occurs and yields decrease.

breakthrough technology

in the semiconductor industry

Procedures and Methods

for Ultrasound Prediction

Preservation Process

breakthrough technology in the semiconductor industry 

Procedures and Methods for Ultrasound Prediction Preservation Process

- Measurement of the insulation of ultrasonic vibrations in real time

- Monitoring current status and establishing replacement cycles by making it bigdata

- Measurement of capability in real time to determine the status of vibration devices inside the ultrasonic vibration unit

- Monitoring current status and establishing replacement cycles by making it bigdata

- The actual output of the ultrasonic oscillator, Wat, is measured in real time and made into big data.

- As such, when it becomes possible to determine the current status and establish a replacement cycle using Bigdata.

It is possible to reduce loss due to sudden defects during mass production and preventive and predictive preservation.

J-ONE solution Product Information

J-ONE KOREA is

It is a company with world-class semiconductor preservation and excellent engineering.

Through innovative research and development,

we provide the highest level of technology solutions.

Download the catalog >

J-ONE STORY

It is an innovative technology that grows

the global semiconductor industry.

J-ONE Solution Product Information 

J-ONE KOREA is..

It is a company with world-class semiconductor preservation and excellent engineering.

Through innovative research and development, we provide the highest level of technology solutions.

Download the catalog >

Number : 070-8778-8621

J-ONE STORY

It is an innovative technology that grows the global semiconductor industry.

J-ONE KOREA

Representative: Lim Ji hoon.

Call:  070-8778-8621

Address: 59-69,913 Seoul Daehak-ro, Siheung-si, Gyeonggi-do (Baegot-dong)