💡 Working Principle
Electrical energy is converted into mechanical vibrations via specialized transducers. These vibrations are transferred through the stainless steel walls into the fluid, creating microscopic vacuum bubbles that cause consecutive implosions (cavitation). The resulting high-energy jets efficiently remove dirt from surfaces and internal bores of materials placed in the cleaning bath.
🚀 Wide Range of Applications
Scientific Labs: Eyeglass Frames, Lab Glassware, Optical & Contact Lenses, Pipettes, Scientific Instruments, Test tubes.
Industrial & Electronic: Assemblies, Gears, Precision Bearings, Capacitors, Ceramic Substrates, PC Boards, Quartz Crystals.
Medical & Dental: Burs, Blood Oxygenators, Dental Instruments, Surgical Instruments.
Jewelry: Chains, Charms, Coins, Precious Metals & Gemstones, Watches.
❓ Frequently Asked Questions
1. Which optical glass products can be cleaned?
It is suitable for lenses, prisms, spectacle frames, optical fibers, liquid crystal LCDs, and precious metal decorations.
2. What are the main benefits of using this ultrasonic cleaner?
It offers intelligent integrated cleaning, protects personnel from sharp medical instruments, and provides superior results by reaching deep into gaps and pores via cavitation.
3. How does ultrasound compare to traditional cleaning?
It minimizes manual labor, eliminates the need for aggressive organic solvents in many cases, reaches every hidden area of a product, and significantly shortens cleaning times.
4. What is the warranty period for this equipment?
The equipment comes with a 12-month warranty. Technical support and replacement parts are available during this period, with continued support after the first year.
5. What is the typical lead time for an order?
Under regular production capacity, orders are typically completed within 25 days after the confirmation of all technical details.
6. Can it be used with industrial solvents?
Yes, for higher cleaning requirements, you can use tap water, industrial alcohol, or specialized solvent cleaners depending on the contaminant.