30L direct from the manufacturer, power-adjustable cleaning machine with multiple frequency options. Supports the full range of specifications from 3L to
The 0.1%-level precise adjustment of power output and 200μs-level dynamic response of ultrasonic equipment redefine industry energy efficiency standards:
Equipped with 128 sets of high-precision sensors, the system continuously collects parameters such as transducer resonance frequency, load impedance, and temperature matrix. Combined with a reinforcement learning prediction model, it pre-dicts power demand fluctuations 500ms in advance. For example, in lithium battery tab welding, the system automatically matches the optimal power curve based on metal material (copper/aluminum) and thickness (0.1-0.8mm), improving welding strength consistency to 99.2% and reducing spatter rate to below 0.3%.
Supports continuous adjustment from 10-2000W to adapt to different ultrasonic applications:
- Precision Cleaning: 0-500W low-power mode (40-80kHz frequency), suitable for fragile workpieces like semiconductor wafers and optical lenses, preventing excessive surface damage from cavitation effects.
- Industrial Welding: 500-2000W high-power mode (20-40kHz frequency). Through dynamic phase angle adjustment technology, it achieves seamless welding of 1.2mm aluminum-nickel composite strips in power battery pole piece welding, increasing welding efficiency by 30%.
Adopts piezoelectric ceramic-metal composite vibrators (PZT-8 material) with energy conversion efficiency exceeding 92% and amplitude stability ≤±1.5%, capable of stable operation in a wide temperature range from -30°C to +85°C. For instance, in cold-chain logistics, the digital power adjustment technology maintains temperature control accuracy of ±0.5°C in -30°C environments for refrigerated vehicle cooling systems while reducing energy consumption by 25%.
Integrates micro-channel liquid cooling modules and AI temperature control algorithms to real-time monitor the temperature rise rate of transducers (controlled within 0.8°C/min) and automatically adjust heat dissipation power, ensuring no performance degradation after continuous operation for over 10 hours.
The product's coefficient of performance (COP) is 20%-30% higher than traditional equipment, with some models meeting China Energy Efficiency Label Grade 1 standards (e.g., an industrial cleaning equipment model has no-load standby power consumption <0.15W, complying with the new GB20943-2025 regulations).
The outer housing incorporates recycled ocean plastic, cutting virgin plastic consumption by 120 grams per unit. The circuit boards adopt lead-free soldering technology, with recycled glass fiber making up 35% of PCB substrate materials. Optional flexible solar back panels support photovoltaic auxiliary power supply, accumulating 5% charge within one hour under adequate sunlight. This multi-pronged design minimizes carbon emissions across the entire product lifecycle from manufacturing to daily operation.
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| Model |
Capacity |
Ultrasonic power |
Heating power |
Cleaning tank size |
Overall dimensions of the machine |
Gross Weight |
Large box size |
| L |
W |
W |
(LⅹwⅹH)mm |
(LⅹwⅹH)mm |
KG |
(LⅹwⅹH)mm |
| JPS-20AL |
3L |
50~120 |
100 |
240x135x100 |
270x170x210 |
4.1 |
410×355×345(2Table) |
| JPS-30AL |
6L |
70~180 |
300 |
300x150x150 |
330x180x270 |
6.3 |
555×435×390(2Table) |
| JPS-40AL |
10L |
100~240 |
300 |
300x240x150 |
330x270x270 |
8.5 |
735×435×380(2Table) |
| JPS-50AL |
14L |
120~300 |
300 |
300×240×200 |
330×270×320 |
10.5 |
420×360×420(1Table) |
| JPS-60AL |
15L |
150~360 |
300 |
330×300×150 |
360×330×270 |
10.5 |
450×420×370(1Table) |
| JPS-70AL |
19L |
170~420 |
300 |
330×300×200 |
360×330×320 |
12.0 |
460×420×420(1Table) |
| JPS-80AL |
22L |
200~480 |
600 |
500×300×150 |
550×330×270 |
14.0 |
625×420×370(1Table) |
| JPS-100AL |
30L |
240~600 |
600 |
500×300×200 |
550×330×320 |
16.0 |
625×420×420(1Table) |



