Optical Cleaning Machine
Classification
Keywords
- Product Description
-
| How it works
A high-frequency oscillation signal (40 kHz–170 kHz) is generated by an ultrasonic generator and converted into mechanical vibrations via a transducer, which are then applied to the cleaning fluid. This process leverages the "cavitation effect," creating brief but intense pressure waves that effectively dislodge contaminants, while simultaneous streaming motion further enhances cleaning efficiency.
| Core Process
Multi-slot cleaning process: Includes processes such as alkaline/neutral water-based cleaning agents, pure water rinsing, and isopropyl alcohol (IPA) immersion washing to ensure cleanliness.
Efficient dehydration/drying: Employing slow-draw dehydration and circulating hot-air drying technology, this method replaces traditional solvent-based dehydration, offering both safety and environmental friendliness.
Safety Design: Equipped with a fire-and-explosion-proof system, overload protection devices, and a stainless steel body, ensuring stable equipment operation.
| Typical Applications
Primarily used for pre- and post-coating treatments of optical components, as well as cleaning before assembly—ideal for delicately cleaning precision parts such as glass lenses, resin lenses, camera lenses, and microscope/telescope components.
| Technical Specifications
Power: 10%-100% adjustable, with some models reaching up to 6000W
Frequency: High-frequency ultrasonic waves such as 40 kHz, 68 kHz, and 132 kHz
Temperature: Typically adjusted within the range of 60–80°C
Efficiency: Compared to traditional methods, efficiency is improved by several to dozens of times.
Note: Models from different manufacturers may vary in parameters such as power and frequency, so customization is required based on the specific material of the workpiece and your cleaning needs.
Product Inquiry
If you're interested in our products, please leave your email to receive a free product quote—thank you!
More products