Sewing Machine Combine With Ultrasonic Technology
Purpose: Support for the waterproof fabric to form the seamless sealing effect.
Application: Skiwear, climbing wear, diving suit and waterproof outwear.
The ultrasonic sewing system consists of ultrasonic longitudinal-vibration transducer, the first booster, one-piece circular horn, the second booster and matched special generator. Ultrasonic longitudinal-vibration Transducer, the first booster, one-piece circular horn, the second booster is connected with the center bolt.
Rotary Welding Horns Width
Power Adjust Method
File or Continuous
Working air pressure
Ultrasonic converter converts the high frequency electrical energy into mechanical energy
Booster: Connecting and fixing transducer and horn, Amplifying amplitude and transmitting to horn
Horn(wheel): Transmitting the mechanical energy to the fabric, meanwhile, amplifying the amplitude
Connect Bolt: Connecting the parts above tightly
Ultrasonic Systems, How Does It Work?
The Ultrasonic Soldering Iron is similar to a conventional soldering iron containing a normal heating element and soldering iron tip but also includes an Ultrasonic Generator and Transducer. The ‘ultrasonic amplitude’, or operating frequency, (high velocity oscillation) of the soldering iron tip enables solder joints to be made without the use of a flux (the flux being the conventional means of removing oxides from surfaces to be soldered).
What are the advantages of not using flux with Ultrasonic soldering?
Whether you use a liquid, or a solder paste, flux will be used in conventional soldering. The composition of the flux contains an aggressive, generally acid based liquid solution, which when subjected to heat from a soldering iron tip boils as the tip temperature is in excess of 100 degrees C in order to melt the alloy. This then creates voids or microscopic bubbles in the solder of the joint/s being made. Microscopic sectioning of a typical solder joint made with a liquid flux will show these faults. This condition can result in dry joints and poor joint continuity, particularly in ultra-low current circuits, where conventional low residue non active fluxes (non-conductive types) are used. Leakage currents can still be detected after conventional soldering leading to failure of the circuit/s. With the increasing use of high density “micro” surface mount printed circuit boards, and other electrically sensitive designs the elimination of flux ensures clinically clean surfaces and avoids this possibility.
Packaging & Shipping
1 Standard exported package: Internal anti-collision protection, external export wooden box packaging.
2 Shipping by Courier, by air, by sea according to customers' requirements to find the most suitable way.
3 Responsible for the damage during the shipping process will change the damage part for you for free.
4 Supply with the suitable voltage input and source plug according to your country requirements.
1. Help customer analyze product project and provide welding solution.
2. Freely sample welding test.
3. Provide professional welding solution.
4. Skilled design services.
5. Provide shipping/delivery information checking service.
6. One year guarantee, all life maintain promise.
7. 24 hours feedback speed by email of others.