| After-sales Service: | Stardard |
|---|---|
| Warranty: | 1 Years |
| Type: | Hot Water High Pressure Cleaner |
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Company info
Company:HENAN BOY MACHINERY CO.,LTD
Business type: AGV manufacturer
Main products: AGV, auto guided vehicle, automated guided cart, automatic guided, autonomous mobile robot, AMR, agv vehicle, agv material handling, MIR
Number of employee: 120
Location: Luoyang Henan China
Our Cooperative partner
With advanced AGV/AMR technology and an in-house production facility, we deliver industrial-grade automation solutions tailored to global standards. Our proven expertise is trusted by clients worldwide, including partnerships with leading enterprises from the UAE, UK, Russia, India, South Africa, and Thailand, ensuring reliable performance across diverse industries and environments
Key Highlights
1.R&D-Driven Technology - Cutting-edge navigation (SLAM/laser/magnetic) and 400kg heavy-load design
2.End-to-End Manufacturing - ISO-certified factory with strict quality control
3. Global Deployment - Tailored solutions for 20+ countries' logistics, healthcare, and industrial sectors
Q1: What are the main types of ultrasonic cleaners?
Ultrasonic cleaners fall into three primary categories based on their design and application:
1.Mini/Portable Units: Designed for light tasks like cleaning contact lenses, these compact cleaners use small transducers and basic generators, making them unsuitable for critical or heavy-duty applications.
2.Mid-Range Cleaners: Commonly used in dental clinics or small labs, these feature sturdier transducers and more efficient generators, ideal for cleaning small tools, lab glassware, or delicate components.
3.ndustrial-Grade Systems: Built for demanding production environments, these heavy-duty models employ robust compound transducers and high-power generators. Their tanks are constructed from durable stainless steel (304/316L) with functional additions like drains and overflows. The KR series exemplifies this category.
Q2: How do I select the appropriate ultrasonic frequency?
The optimal frequency (typically 20-120 kHz) depends on the material being cleaned and the contaminants involved:
1.Lower frequencies (20-40 kHz): Generate intense cavitation bubbles suited for removing stubborn residues (e.g., grease, polishing compounds) from hard surfaces like metals.
2.Higher frequencies (40-120 kHz): Produce gentler, smaller bubbles, ideal for delicate items (e.g., jewelry, soft metals, or electronics) where surface damage must be avoided.
Q3: What factors determine a quality ultrasonic cleaner?
Key considerations include:
1.Frequency Compatibility: Match the system's frequency to your cleaning needs (see Q2).
2.Tank Size: Ensure the tank's interior dimensions exceed the size of your largest item.
3.Transducer Quality: High-grade transducers (the core component) enhance cleaning efficiency and extend the machine's lifespan.
4.Power Capacity: Larger tanks require higher ultrasonic power. Aim for 50-100 watts per gallon of solution for effective cleaning. Greater power generally translates to faster, more thorough results.
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