Categories | Ultrasonic Welding Tool |
---|---|
Brand Name: | Rps-sonic |
Model Number: | RPS-BB20 |
Certification: | CE |
Place of Origin: | China |
MOQ: | 1pcs |
Price: | Negotiable |
Payment Terms: | T/T, Western Union |
Supply Ability: | 200PCS/MONTH |
Delivery Time: | 5-8days |
Packaging Details: | CARTON |
Name: | ultrasonic Amplifier |
Frequency: | 20khz |
Gain: | 1:2.0 |
Material: | Aluminum |
Rplace for: | Branson |
How does an ultrasonic booster work?
The ultrasonic booster is an important part of the ultrasonic
vibration system. Its main role in the vibration system is to
amplify the mass displacement or velocity of the mechanical
vibration, and to concentrate the ultrasonic energy on a small
area, that is, to concentrate energy. Also called an ultrasonic
gear shifter or an ultrasonic concentrator.
The ultrasonic booster is an important part of the ultrasonic
vibration system. Its main role in the vibration system is to
amplify the particle displacement or velocity of mechanical
vibration, and concentrate the ultrasonic energy on a small area to
converge energy. Therefore, Also called an ultrasonic gear shifter
or an ultrasonic concentrator.
Products Details
type | Branson |
frequency | 20KHz |
Model | Depending on your requirements |
power supply | AC220v |
Development History
The longitudinal vibration index type booster was invented in the
1940s for the application of high-power ultrasonic waves.
In the 1950s, former Soviet scholars proposed catenary linear
booster and multi-stage combined booster.
In the 1960s, the concept of describing the shape factor of the
booster was proposed, and a Gauss-type booster with a uniform
distribution of stress along the rod was developed, and a high
displacement amplitude was obtained. Morinori proposed a vibration
direction converter, which opened up the way to obtain
high-intensity and ultra-high-power (more than 50KW) ultrasound by
using the power synthesis method of booter.
In the 1980s, Morinori and others proposed a sandwich curved
transducer structure.
In the 1990s, Sakura Ryoh et al. Proposed a sandwich twist energy
converter structure.
Later, bending vibration booster and torsional vibration booster
appeared, expanding the scope of industrial applications.
In addition to the shapes of the above rods, in the application of
high-power ultrasonic cold-drawn wire, tubes and other disk-shaped
or ring-shaped concentrators of equal thickness or variable
thickness; large block-shaped luffing rods have appeared in
ultrasonic welding and cutting .