Polypropylene Ultrasonic Welding Machines

Polypropylene Ultrasonic Welding Machines

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We are instrumental in providing our clients highly operational Polypropylene Ultrasonic Welding Machines. The offered machines are developed using quality approved components with the help of skilled professionals. These machines are used in different types of welding purposes in various engineering and heavy duty industries. We offer these machines in various specifications to cater to the diverse needs of the users. Moreover, these Polypropylene Ultrasonic Welding Machines are sternly tested by our quality controllers to ensure consistent performance at users’ end.


  • High performance

  • Easy installation

  • Ability to withstand adverse conditions

  • Minimum maintenance


Ultrasonic Welding Machine

  • Model NO.:SYS-2615SUW

  • Type:Plastic Welders

  • current:Alternating Current

  • 26kw:2600W

  • Export Markets:Global

Model: Sys-2615suw

Working frequency (kHz): 15

Input of transducer (va): 1200

Weld time (s): Continual variable

Hold time (s): 0.1-3 continual variable

Frequency of power: 50

Voltage of power: AC220

Welding-head movement (mm): 80

Working air pressure (mpa): 0.4-0.7

Overall size (mm): 600× 850× 1950

Net weight (kg): 227

Welding capacity (mmΦ ): 160

(1) principle of operation:
Ultrasonic welding of thermoplastic parts is accomplished by applying high frequency vibrations to the piece been assembled. The vibrations, through surface and intermolecular priciton, produce a temperature raise at the joint. When the temperature is high enough to melt the plastic, there is "flow" of material between the parts.
When the vibrations stop, the materials solidified under pressure.

(2) principle of system:
A 50/60Hz, 220V line source feeds in a power supply generator supplies high frequency electrical energy to the "transducer" which changes this energy to machanical or vibratory energy. A booster preamplifies the amplitude or vibration produced at the faced of the horn, the purpose of the horn is to transfer the ultrasonic vibrations from the tranducer to the parts to be welded, and apply the necessary pressure to achieve a good weld.

The transducer-booster-horn assembly is lowed and raised over the workpiece by a pneumatic system which brings the horn in contact with the part at a predetermined pressure and velocity. The transducer, booster and horn are mounted in the carriage, a movable housing in front of the welder. Fig. Shows the general arrangement of the major components.