108L Simple Version Five Tanks Automatic Ultrasonic Cleaning
Machine With Robot Arm
Quick detail of Automatic Ultrasonic Cleaning Machine Company
Overview And Catalog Of Blue Whale and Jie...
Power Supply: 380V Three Phases
Ultrasonic Power (W): 1500W for each ultrasonic tank
Use: Cleaning large quantity of parts automatically
Application area: all kinds of factories.
Function: Ultrasonic cleaning, ultrasonic cleaning, ultrasonic
rinsing,ultrasonic rinsing, drying.
Description of Simple Version Five Tanks Automatic Ultrasonic
Cleaning Machine
This simple automatic ultrasonic cleaning machine is designed for
customers who want fully automatic cleaning function but have
limited budget. You can use this machine as fully automatic
ultrasonic cleaning machine just without shell. And it is easier to
use. It is a cost-effective choice for you. The size and functions
can be customized if you need.
| Model Number | LanJ-5030ZD |
| Capacity | 108L Each Tank |
| Brand Name | Whale Cleen |
| Certification | KC, ce, ROHS |
| Plug Type | US Plug, UK Plug, AU Plug, EU Plug, Other Plug |
| Application | Clean large number of parts |
| Power Source | Electric |
| Digital timer | Yes |
| Cleaning Cycles (Mins) | 1-99mins |
| Feature | Waterproof |
| Ultrasonic frequency | 40kHz Or 28KHz |
| Matrial | SUS304 |
Ultrasonic cleaner Excellent effect to clean:
1. Jewelry
2. Glasses and Timepieces
3. Commodities
4. Metal Articles/Dishware
5. Stationery
Feature of Ultrasonic Cleaner
1. Cost-effective
2. Fully automatic
3. Clean different products
4. Combine different functions in one machine
5. Make your production speed faster
6. Easy to use.
Detail picture:
How It Works?
Simply put, ultrasonic sound waves are sound broadcast at a
frequency beyond the normal range of human hearing. They are used
for a variety of applications across industries, including medical
imaging (think sonograms) and detecting flaws in manufacturing. At
the higher end of their scale, these sound waves can also be used
for cleaning. In most industrial ultrasonic cleaning, the
frequencies used range between 20 and 50 KHz.
When ultrasonic waves move through a liquid and strike a hard
surface, they produce millions of tiny bubbles, known as
"cavitating bubbles"These microscopic bubbles produce momentary
jets of intense energy when they collapse, directing that energy
against the surface they are collapsing against. Repeated millions
of times and with the assistance of detergent present in the
surrounding liquid, these bubbles scrub away almost any type of
grime from all surfaces of an object, no matter how intricate it
may be. Furthermore, unlike with traditional brush and solvent
methods, they generally do it without damaging the underlying
object.
