Portable Manual Ultrasonic Cleaning Machine, Rapid Cleaning Equipment For Camera Lenses/Filter Sheets (Efficient Cleaning In 3 Minutes)
Oscillation + Dual-frequency Technology: Solving Cleaning Challenges of Complex Structures
Intelligent Oscillation System:
It adopts an eccentric wheel mechanical drive structure. The up-and-down oscillation amplitude of the cleaning basket is adjustable from 0 to 50mm, with a frequency of 10 - 30 times per minute. By means of dynamic liquid impact, it breaks the stagnant layer inside blind holes and deep grooves, increasing the penetration efficiency of ultrasonic energy by 60%.
Test data shows that for precision gearbox parts with an aperture ≤ 2mm, the cleanliness rate of traditional static cleaning is 75%, while it can reach 98.5% after enabling the oscillation function.
Dual-frequency Switching Technology:
28KHz Low-frequency Mode (Power: 15KW): With strong impact force, it can break up solid pollutants, making it suitable for heavy industry cleaning such as automotive bearings and mold accessories.
40KHz High-frequency Mode (Power: 10KW): High-frequency micro-vibration peels off nanoscale particles, adapting to the cleaning of precision devices like optical lenses and MEMS sensors.
Interlocked control of shaking start/stop and ultrasonic power: Low-speed shaking (5-10 times per minute) combined with high-frequency ultrasonic waves (40kHz) is used for gentle cleaning of precision parts to avoid hard-contact damage; high-speed shaking (15-20 times per minute) combined with low-frequency ultrasonic waves (28kHz) is applied to powerfully remove stubborn oil stains (such as cured drawing oil layers). The cleaning efficiency is three times higher* than that of the traditional stationary mode.
An internal mechanical limit protection device is installed, with a shaking stroke error of ≤±1mm, ensuring that micro workpieces (diameter <5mm) do not shift or collide during the cleaning process. This makes it especially suitable for high-precision components such as semiconductor wafers and optical lenses.
The gearbox of the oscillation system is equipped with German FAG bearings, boasting a lifespan of over 50,000 hours. Coupled with an intelligent lubrication system, the maintenance cycle is extended to once every six months.
节能低耗:保温层采用100mm厚的硅酸铝纤维板,热损失≤5%;配备智能启停系统,闲置时自动进入节能模式,与传统烘干线相比,能耗降低 40%.
