The VGT-1209FS microscope condenser ultrasonic cleaning machine produced and developed by Wegood Ultrasonic Company can be used as an innovation in the field of optical instrument maintenance, because the equipment with intelligent cleaning system, cross-industry compatibility and green energy saving design, has attracted wide attention in the field of scientific research, medical and industrial testing.


1. Technological breakthrough: Intelligent cleaning system redefines efficiency


The core upgrade of the VGT-1209FS is the AIoT intelligent control system. Through the built-in micron optical sensor, the device can automatically identify the type of contaminants on the surface of the condenser and match 40kHz-120kHz dynamic frequency conversion ultrasonic waves. In the actual measurement of a university material laboratory, the system automatically switched to 80kHz high-frequency mode for oily crystal residue, and the cleaning efficiency was increased by 58% compared with the traditional model, and the time was shortened from 25 minutes to 10 minutes.


The device pioneered the "dual core cavitation effect" technology, through the vertical and horizontal bidirectional ultrasonic superposition to form a three-dimensional network shock wave. Laboratory data show that the cleanliness of 0.05mm microporous structures is 99.7%, far exceeding the 97% threshold required by the international standard (ISO 9001). The patented constant temperature circulation system controls the temperature fluctuation of the cleaning solution at ±0.3 ° C to avoid optical component damage caused by thermal expansion and contraction.


Second, scene expansion: cross-border application to solve the industry pain points


In the industrial inspection scenario, the equipment plays a big role in the semiconductor industry. For nanoscale contaminants in wafer detection microscopes, the measound module (1MHz) enables non-damaging cleaning. The test report shows that the signal-to-noise ratio of the lens after use is increased by 15dB, and the miss rate of defect detection is reduced to 0.03%.


Third, green innovation: energy-saving design leads sustainable development


The VGT-1209FS has achieved a qualitative leap in environmental performance. The PWM frequency conversion power supply technology is used to reduce energy consumption by 40% compared with the previous generation, and the single cleaning power consumption is only 0.15kW·h. The circulating filtration system can reuse 90% of the cleaning agent, combined with biodegradable environmentally friendly solvents, reducing chemical waste emissions by about 1.2 tons per year.


The device also integrates a user-friendly design: the 7-inch touch screen displays 3D cleaning maps in real time, and supports 20 groups of custom program storage; The soundproof cabin body will control the working noise below 45dB. Become a domestic high-end cleaning equipment in the international market.


Conclusion:

In today's development of precision optical instruments towards nanoscale accuracy, Wegood VGT-1209FS not only solves the cleaning problems of optical, crystal and other industries, but also promotes China's high-end scientific research equipment to the world stage with intelligent and green innovation practice.