Pneumatic plastic ultrasonic welders feature automated data logging that captures critical welding parameters (temperature, pressure, duration). This enhances quality control, improves process reliability, and minimizes material waste through early anomaly detection.
Featuring a full-touch interface with real-time monitoring, the intuitive HMI simplifies operation and maintenance. A high-resolution display provides clear visibility of all operational parameters and system status.
Millisecond-level frequency adaptation maintains consistent energy output by continuously compensating for material and environmental variations, ensuring uniform weld quality.
Precision-engineered components manufactured via CNC machining and heavy-duty casting deliver exceptional structural rigidity. The vibration-damped design guarantees accurate part alignment during operation.
The reinforced square column framework eliminates lateral deflection during large-scale welding operations, enabling consistent precision across diverse product dimensions.
Request Your Free Welding Test & ProposalThe pneumatic plastic ultrasonic welding machine is automated equipment that uses high-frequency vibration energy for thermoplastic welding. Its key feature is a pneumatic system that drives welding head pressure, working with high-frequency mechanical vibrations from an ultrasonic generator to complete welds. Below is a detailed explanation of its characteristics and working principles:
1. Core Components
● Ultrasonic Generator: Converts 50/60Hz mains electricity into 15-40kHz high-frequency electrical energy.
● Transducer System: Transforms electrical energy into mechanical vibration energy through the piezoelectric effect.
● Pneumatic Drive System: Controls the welding head's vertical movement, providing stable welding pressure (typically 0.1-0.5MPa).
2. Welding Process
● The pneumatic system lowers the welding head, pressing plastic contact surfaces together tightly.
● Ultrasonic vibrations transfer to the contact surface, generating high temperatures (200-300°C) through molecular friction.
● The melted material bonds under pressure and forms molecular-level connections as it cools.
| Parameters | |||||
|---|---|---|---|---|---|
| Model | DZ-1526E | DZ-2020E | DZ-1532E | DZ-1542E | DZ-1555E |
| Frequency | 15 kHz | 20 kHz | 15 kHz | 15kHz | 15 kHz |
| Rated Power | 2600 W | 2000 W | 3200 W | 4200W | 5500 W |
| Input Voltage | 220 V | 220 V | 220 V | 22V | 220 V |
| Amplitude Adjustment | Adjustable range: 10%–100%, Minimum adjustment increment: 1% | ||||
| Operating Temperature Range | -10℃ - 40℃ | -10℃ - 40℃ | -10℃ - 40℃ | -10℃ - 40℃ | -10℃ - 40℃ |
| Weight | 120 KGS | 120 KGS | 300 KGS | 350KGS | 400 KGS |
| Dimensions | 70*80*130 CM | 70*80*130 CM | 80*100*200 CM | 90*100*220 CM | 90*100*220 CM |
Ultrasonic welding has several advantages as below.
Ultrasonic welding requires no preheating, enabling fast, mass production while boosting efficiency.
Precisely controlled ultrasonic welding delivers strong, consistent welds for reliable products.
Solvent-free ultrasonic welding saves energy and meets environmental standards.
Highly automated for simple operation and maintenance, reducing labor costs.
Every automated welding system we build delivers rapid ROI through three core advantages: ✓ Precision Engineering (±0.1mm repeatability ensuring consistent weld quality across all production runs), ✓ Customized Integration (tailored tooling, automation interfaces, and material-specific parameters), and ✓ Production-Ready Performance (cycle times 80% faster than manual welding processes)
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Manual ultrasonic welding machines are extensively utilized across multiple industries for joining plastic components, including automotive, consumer electronics, medical devices, toys, and packaging sectors.
Here are frequently asked questions to consider before choosing an pneumatic ultrasonic welding machine for your plastic products.







