| Quantity: | |
|---|---|
The 2000L Series Low-Power Ultrasonic Generator for Sonochemistry is developed for controlled acoustic processing in laboratory testing, formulation development and small-scale process validation. With 1000W power output and stable 20KHz operation, this compact ultrasonic generator provides reliable cavitation performance for sonochemistry, cell disruption, extraction and dispersion applications. Its durable structure, touchscreen control and integration-ready design make it suitable for research facilities and pilot processing environments that require precise, repeatable ultrasonic energy delivery.
Engineered by a leading manufacturer and supplier of advanced acoustic processing equipment.
Delivers a maximum power output of 1000W for robust and reliable performance.
Operates at a stable high frequency of 20KHz to ensure consistent cavitation.
Specifically designed for precision laboratory-scale sonochemistry, cell disruption, extraction, and dispersion.
Features a compact, durable architecture suited for rigorous testing and formulation environments.
The 2000L Series Low-Power Ultrasonic Generator is a highly sophisticated instrument designed to drive sonochemical reactions with unparalleled consistency. Encased in a sleek, matte-black chassis that feels both rugged and premium to the touch, this device transforms standard electrical input into powerful mechanical vibrations. When activated, the generator emits a subtle, steady hum—a testament to its stable 20KHz high-frequency operation. The front panel features a crisp, responsive touchscreen that offers immediate tactile feedback, allowing operators to fine-tune operational parameters with absolute precision. Inside, the meticulously arranged circuitry ensures optimal energy transfer, minimizing heat dissipation and maximizing acoustic output. Whether you are conducting delicate biological extractions or formulating complex nano-emulsions, this generator provides the exact mechanical shear forces required to achieve uniform particle size reduction and accelerated reaction kinetics. It is an indispensable asset for research facilities and pilot-scale production lines seeking to optimize their liquid processing workflows without compromising on material integrity or operational safety.
| Serial number | Name |
| 1 | touchscreen |
| 2 | Toggle switch |
| Serial number | Name |
| 1 | #25 Aviation Connector |
| 2 | Pin-shaped power connector |
| 3 | Cooling fan |
| 4 | Through-wall terminal |
| 5 | Through-wall terminal |
Frequency | 20KHz |
Capacitance matching of transducers | Adjust according to requirements |
Input voltage AC | 220V 50Hz |
Power | 1000W |
Type | Touchscreen control with RS-485 communication |
External dimensions CM | 33*22.5*11 |
Weight kg | 4.24 |
Input voltage AC | 220V 50Hz |
Engineered for maximum operational efficiency, this generator incorporates cutting-edge control mechanisms to ensure precise acoustic delivery across a variety of demanding applications.
Enhanced Amplitude Control: Features an equal-precision lock function that increases amplitude by approximately 30%, ensuring deep and consistent penetration of acoustic waves into the liquid medium.
High-Definition Interface: The 4.3-inch high-definition touch screen provides crystal-clear visibility of all operational metrics, reducing operator fatigue and minimizing input errors.
Bilingual Accessibility: Supports free switching between Chinese and English, making it highly adaptable for international research teams and global production facilities.
Advanced Connectivity: Equipped with an RS-485 communication device address, allowing for sophisticated data logging and remote parameter adjustments.
Comprehensive Interface Panel: The back panel is thoughtfully laid out with a #25 Aviation Connector, pin-shaped power connector, and clearly labeled through-wall terminals for alarms, start/stop functions, and temperature sensors.
Active Thermal Management: A dedicated cooling fan continuously exhausts internal heat, ensuring the solid-state components maintain peak performance during extended operational cycles.
At the heart of this generator lies the transformative principle of acoustic cavitation. By transmitting high-frequency sound waves through a liquid medium, the system generates alternating high-pressure and low-pressure cycles that fundamentally alter the physical state of the processed materials.
Microbubble Formation: During the low-pressure cycle, microscopic vacuum bubbles are created within the liquid. These bubbles absorb energy and grow over several acoustic cycles.
Implosive Collapse: When the bubbles reach a critical size where they can no longer absorb energy, they collapse violently during a high-pressure cycle.
Intense Localized Forces: This implosion releases powerful shockwaves and extreme localized shear forces. This pure physical action effectively shatters cell walls and breaks apart agglomerated particles.
Superior Alternative: It serves as a highly efficient, non-contaminating alternative to traditional mechanical milling, high-pressure homogenization, and conventional stirring techniques.
Integrating this ultrasonic technology into your processing workflow translates directly into measurable operational improvements and significant cost reductions.
Accelerated Reaction Kinetics: By leveraging intense localized energy, the efficiency of chemical reactions, extractions, and dispersions is magnified by 2 to 10 times compared to conventional methods.
Shorter Processing Times: Workflows that previously took hours can be completed in a fraction of the time, dramatically increasing daily throughput and facility output.
Resource Optimization: The intense mixing and mass transfer capabilities reduce the required volume of expensive catalysts and chemical solvents.
Lower Energy Consumption: Despite its high localized power, the overall electrical draw is highly efficient, helping procurement managers and facility operators significantly lower long-term operational overhead.
Transitioning from laboratory research to full-scale manufacturing requires equipment that can scale seamlessly without losing process fidelity or product quality.
Perfect Linear Scalability: The underlying acoustic technology offers flawless linear expansion. The parameters optimized on this 1000W unit can be reliably replicated on larger industrial systems.
Comprehensive Power Ranges: While this specific unit covers the 300W to 1000W range ideal for lab tests, the technology seamlessly scales to pilot tests (500W–2000W) and industrial mass production (2000W–5000W and above).
Flexible Processing Modes: The generator is highly adaptable, supporting both static batch processing in tanks and dynamic inline flow processing for continuous manufacturing lines.
Customizable Configurations: Capacitance matching of transducers can be adjusted according to specific requirements, ensuring the generator perfectly pairs with various reactor geometries and volumes.
Maintaining the structural integrity and biological activity of sensitive compounds is paramount in high-value processing applications.
Ambient Operation: The entire sonochemical process operates under normal temperature and pressure conditions, eliminating the need for harsh external thermal treatments.
Localized Heat Only: While instantaneous high temperatures occur at the microscopic cavitation points, the rapid quenching effect of the surrounding liquid ensures the overall material temperature rise is exceptionally low.
Protection of Active Ingredients: This gentle macroscopic environment guarantees that heat-sensitive substances and delicate active compounds are not denatured or destroyed.
Ideal for Premium Extracts: It is the perfect processing solution for high-value botanical extractions, herbal medicines, biological agents, essential oils, and delicate food raw materials.
Modern manufacturing demands equipment that is not only powerful but also intelligent, communicative, and easy to integrate into larger automated ecosystems.
Intuitive Touch Interface: The vibrant 4.3-inch touchscreen acts as the central command hub, allowing operators to monitor real-time power output, frequency stability, and system alerts at a single glance.
Seamless Automation Integration: Equipped with an RS-485 communication interface, the generator can be effortlessly networked into existing Distributed Control Systems (DCS) or centralized facility management platforms.
Remote Command Capabilities: The dedicated through-wall terminals on the back panel support external alarm triggers and remote start/stop commands, facilitating fully automated, hands-off operation.
Temperature Monitoring: The inclusion of a temperature sensor input terminal allows for closed-loop feedback, ensuring the system can automatically pause or adjust if the liquid medium exceeds predefined thermal thresholds.
Selecting the right equipment partner is critical for maintaining uninterrupted production, ensuring consistent product quality, and maximizing your return on investment.
Direct Manufacturer Advantage: By sourcing directly from the manufacturer, you bypass intermediaries, ensuring you receive premium, high-quality equipment at a highly competitive price point.
Stringent Quality Control: Every 2000L Series generator undergoes rigorous burn-in testing and acoustic calibration before leaving our facility, guaranteeing out-of-the-box reliability.
Engineering Expertise: With deep roots in ultrasonic technology, our engineering team provides unparalleled technical support, assisting with transducer matching and process optimization.
Customization Capabilities: We understand that no two processes are identical. We offer tailored parameter adjustments based on your specific material characteristics, tank volumes, and workflow requirements.
What power rating is suitable for sonochemistry applications?
Power requirements scale directly with your processing volume. For laboratory tests and small-scale formulation, 300W to 1000W is ideal. Pilot testing typically requires 500W to 2000W, while industrial mass production demands 2000W to 5000W and above. We offer custom parameters available based on your specific material, tank volume, and process.
How much efficiency can ultrasonic sonochemistry improve compared with traditional processes?
Will low-temperature ultrasound damage the activity of materials?
Can this generator be integrated into an automated production line?
What kind of maintenance does the 2000L Series require?
