HJ-1526G одна осветительная головка ультразвуковой сварочный


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Трекер стоимости

Месяц Минимальная цена Макс. стоимость
Sep-17-2025 0.90 $* 0.6 $*
Aug-17-2025 0.15 $* 0.20 $*
Jul-17-2025 0.74 $* 0.5 $*
Jun-17-2025 0.57 $* 0.77 $*
May-17-2025 0.6 $* 0.25 $*
Apr-17-2025 0.11 $* 0.80 $*
Mar-17-2025 0.50 $* 0.71 $*
Feb-17-2025 0.66 $* 0.68 $*
Jan-17-2025 0.27 $* 0.99 $*

Характеристики


 



Shanghai Hongjin ultrasonic plastic  welder Technical parameters


Plastic welding


 Cheap price for ultrasonic welding machine


Voltage: 220V


Frequency (Hz): 15-50khz(depends on you are require)


Power (P): 1000W-4200W


Welding speed (V): 0.01-0.99/min


Heating temperature (T): 0-450°C


Welding length: 0-260MM


Weight: 95-300kg


Applicable Material:  ABS,PP,PE,PS,SAN,Acrtlics, Non-woven fabric and so on.


                           Machine Pictures


      Ultrasonic Welder. (1)


 


 


Ultrasonic generator picture:


Generator Board (1)


 


 The height can be adjustable


 


 


Ultrasonic plastic welder Specifications














































































Model



Ultrasonic power



Jointing timer



welding


area



dimension



Net weight



HJ-2010G



1000W



0.01~3S



100mm



L425*W630*H920



95kg



HJ-2015G



1500W



0.01~3S



150mm



L425*W630*H920



95kg



HJ-1518G



1800W



0.01~3S



160mm



L425*W630*H920



110kg



HJ-1522G



2200W



0.01~3S



180mm



L425*W630*H920



110kg



HJ-1526G



2600W



0.01~3S



200mm



L425*W630*H920



115kg



HJ-1528G



2800W



0.01~3S



200mm



L425*W630*H920



115kg



HJ-1532G



3200W



0.01~3S



240mm



L425*W630*H750



300kg



HJ-1542G



4200W



0.01~3S



260mm



L425*W630*H750



300kg



 


 Company Strengths


 


 


 


 


 


The following  illustrate the basic principle of ultrasonic welding.


 


The basic principle of ultrasonic welding
















































Step 1 - Parts in fixture



 



The two thermoplastic parts to be assembled are placed together, one on top of the other, in a supportive nest called a fixture.




Step 2 - Horn contact



 



A titanium or aluminum component called a horn is brought into contact with the upper plastic part.




Step 3 - Pressure applied



 



A controlled pressure is applied to the parts, clamping them together against the fixture.




Step 4 - Weld time



 



The horn is vibrated vertically 20,000 (20 kHz) or 40,000 (40 kHz) times per second, at distances measured in thousandths of an inch (microns), for a predetermined amount of time called weld time. Through careful part design, this vibratory mechanical energy is directed to limited points of contact between the two parts.


The mechanical vibrations are transmitted through the thermoplastic materials to the joint interface to create frictional heat. When the temperature at the joint interface reaches the melting point, plastic melts and flows, and the vibration is stopped. This allows the melted plastic to begin cooling.




Step 5 - Hold time



 



The clamping force is maintained for a predetermined amount of time to allow the parts to fuse as the melted plastic cools and solidifies. This is known as hold time. (Note: Improved joint strength and hermeticity may be achieved by applying a higher force during the hold time. This is accomplished using dual pressure.)




Step 6 - Horn retracts



 



Once the melted plastic has solidified, the clamping force is removed and the horn is retracted. The two plastic parts are now joined as if molded together and are removed from the fixture as one part.


 




 


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