Temperature Controlled Ultrasonic Solder Iron Equipment Ultrasonic Tining

55khz Temperature controled Ultrasonic solder Iron equipment Ultrasonic tining

Introduction:

Ultrasonic soldering is a specialized soldering process that eliminates the need for chemical flux. In place of flux, it uses acoustic energy to disrupt oxides that form on molten solder and base metal surfaces during the joining process. Many times ultrasonic soldering is used to join difficult-to-wet materials like aluminum, titanium, glass, ceramics and dissimilar materials. Applications include electronics, medical decives, and structural components, in various base metal combinations, such as copper, aluminum, and titanium, graphite, carbides and more.

There are several advantages to ultrasonic soldering... It is a fluxless process, utiizing acoustically driven mechanical engery to fracture and disrupt oxide films on solder and base materials to promote solder wetting and and adherence. Flux can contaminate and damage/corrode senstive materias, so fluxless soldering is advantageous. Ultrasonic soldering can also be very useful in senstive base materials, since the soldering iron tips only need be immersed in the molten solder pool for the mechanical activation to work.

Parameter:

No need of flux when soldering to the glass, ceramic, or metal (the end of iron tip makes ultrasonic vibration, and removes any contaminants or oxide layers on the surfaces)

• It can solder to the glass, ceramic, or metal that cannot soldering

• Light weight and good portability

• Various derivatives are available

• According to the customer’s order, the end of the tip in the handle can produce

• It is for electrode part, solar battery parts, and electrode of superconductivity ceramic parts

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  Characteristics

• User-friendly interface

• By combining Greatcell Solar ultrasonic solderer with peculiar solderer alloys, the customer can solder directly on glass/ceramics/unsolderable materials.

• New feed-back method developed from careful research of oscillator frequency settings enables stable, reliable work.

• Output adjustable by stepless control

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  Application:

• Small scale production.

• For use in laboratory conditions, while preparing data before mass production and for inspection purposes.

• Soldering electrodes for display goods.

• Soldering electrodes for solar cells.

• Soldering electrodes on highly conductive

• ceramic substrates.Bonding electronic parts.

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• Temperature can be set within 200°C 500°C by 10°C unit

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