15 kHz High-Power Ultrasonic Welding Transducer
Model · MC-CG-T1532
A dual-vibrator 15 kHz transducer for high-power ultrasonic plastic welding assemblies.
- Frequency
- 15 kHz ±0.5 kHz
- Maximum output power
- 3200 W
- Resistance
- <20 Ω
Designed for your process.
A dual-vibrator 15 kHz transducer for high-power ultrasonic plastic welding assemblies.
The right result depends on the complete setup: equipment, tooling, material and process settings. Use the technical information below to begin selection, then confirm the configuration around your production requirements.
Read the selection guide →From equipment to application.
Explore relevant workpieces and industry contexts.
⊕Plastic enclosures & electronics
Conceptual polymer parts and fixtures for joint-design discussions.
⊕Automotive manufacturing
Illustrative automotive production context for assembly and integration discussions.
AI-generated application concepts illustrate industry contexts, not actual customer facilities or verified production results. Equipment selection is confirmed for each project.
The details that matter.
| Frequency | 15 kHz ±0.5 kHz |
|---|---|
| Maximum output power | 3200 W |
| Resistance | <20 Ω |
| Capacitance | 18000–20000 pF |
Values describe the listed product or available configurations; they are not necessarily combined in one build. Confirm the model, tooling and application before ordering.
Product information reviewed: 2026-10-09
Useful answers.
What is the MC-CG-T1532 used for?+
A dual-vibrator 15 kHz transducer for high-power ultrasonic plastic welding assemblies.
What should I provide for model selection?+
Share your material, part drawing, joint or cutting geometry, target output and installation constraints. For replacement components, include the existing generator, frequency and connection dimensions.
Can I confirm a configuration before ordering?+
Yes. Use the inquiry form to describe your application and the required model. Final tooling, electrical supply, interfaces and performance targets should be agreed for your project.






