UIP4000hdT Industrial Sonicator – 4000 W Ultrasonic Homogenizer
The UIP4000hdT is a 4000-watt industrial sonicator and ultrasonic homogenizer for demanding liquid-processing applications. It is designed for high-energy processes, large volumes and continuous 24/7 production in batch, recirculation and inline flow-through setups.
UIP4000hdT Industrial Sonicator at a Glance
| Operational System Data | Industrial Sonicator UIP4000hdT |
|---|---|
| Ultrasonic power | 4000 watts for high-power industrial sonication |
| Operation | Reliable 24/7 continuous operation under demanding production conditions |
| Process modes | Batch, recirculation and continuous inline flow-through processing |
| Typical applications | Homogenization, emulsification, dispersing, deagglomeration, extraction, wet milling, dissolving and sonochemistry |
| Process control | Color touch display, browser remote control, LAN/Ethernet connection and automatic frequency tuning |
| Documentation | Automatic data recording of power, amplitude, sonication time, temperature and pressure |
| Installation | Space-saving modular setup with separate transducer and generator connected by cables |
| Industrial integration | Titanium and stainless steel components, oscillation-free flange and optional cabinet with sound insulation |
Get a Process Recommendation
Tell us your material, target result, flow rate or batch volume, viscosity, solids content and preferred processing mode. We will help you select the right UIP4000hdT configuration for your process.
Industrial sonicator UIP4000hdT with flow cells for continuous inline production
Who Should Choose the UIP4000hdT?
The UIP4000hdT is the right choice when a laboratory or pilot-scale ultrasonic processor is no longer sufficient and your process requires higher throughput, stronger cavitation intensity or continuous production capability.
- Production engineers use the UIP4000hdT for robust inline sonication in flow cells and custom reactors.
- R&D and scale-up teams use it to transfer optimized ultrasonic processes into larger volumes.
- Plant operators benefit from 24/7 operation, automatic data logging and browser-based process control.
- Purchasing and project teams can configure the system with suitable sonotrodes, cascatrodes, boosters, flow cells, cabinets and sensors.
If your process requires more capacity, multiple UIP4000hdT modules can be combined into clusters. For very high throughputs, larger Hielscher ultrasonic systems are available.
Typical Applications
- Homogenization and mixing: uniform blending of liquid-liquid and liquid-solid systems.
- Emulsification: production of fine emulsions and stable oil/water systems.
- Dispersing and deagglomeration: break-up of agglomerates and uniform distribution of powders, pigments and nanomaterials.
- Wet milling and particle size reduction: high-shear ultrasonic treatment for micronization and fine grinding.
- Ultrasonic extraction: intensified extraction from botanicals, algae, cells and other biological materials.
- Olive oil malaxation: improved process efficiency in extra virgin olive oil production.
- Sonochemistry and catalysis: cavitation-assisted reactions, synthesis and sono-catalysis.
Industrial Design for Demanding Environments
The UIP4000hdT is built for industrial environments and demanding process conditions. The system does not require additional cooling media such as cooling water or compressed air. Its robust design supports operation in production areas exposed to dust, dirt, temperature changes and humidity.
The ultrasonic processor uses titanium and stainless steel components. The oscillation-free flange simplifies integration into machines, skids and processing plants. The modular concept provides a powerful yet space-saving system: the transducer and generator are housed separately and connected by cables, which reduces installation, operation and maintenance effort.
For typical installations, the flow cell and ultrasonic transducer are mounted in a double-walled stainless steel cabinet with effective sound insulation. The UIP4000hdT can also be integrated into customer-specific reactors for specialized production processes.
4kW Processing Capacity
The following values are indicative starting points for equipment sizing. Actual throughput depends on viscosity, solids content, target particle size or droplet size, extraction target, temperature, pressure, flow-cell geometry and the required ultrasonic energy input.
| Process | Typical Flow Rate with UIP4000hdT |
|---|---|
| Biodiesel transesterification | 1 to 3 m³/hr |
| Emulsification, e.g. oil/water | 0.4 to 2 m³/hr |
| Cell extraction, e.g. algae | 0.1 to 0.8 m³/hr |
| Dispersing / deagglomeration | 0.02 to 0.4 m³/hr |
| Wet milling and grinding | 0.01 to 0.02 m³/hr |
For process-specific sizing, please provide your material, target result, flow rate or batch volume, viscosity, solids content, temperature limits and preferred processing mode. Hielscher can recommend the appropriate sonotrode, booster, flow cell, cabinet and system configuration.
Industrial ultrasonic homogenizer UIP4000hdT (4000W, 20kHz) for inline processing of liquids and slurries
UIP4000hdT Features for Process Control
- 4000 watts ultrasonic power
- Heavy-duty industrial sonication
- 24/7 continuous operation
- Color touch display
- Browser remote control via LAN
- Automatic recording of power, amplitude, sonication time, temperature and pressure
- Integrated SD/USB ComboCard for process data storage
- Pluggable temperature sensor
- Optional pluggable pressure sensor
- LAN and Ethernet connectivity
- No software installation required
- Automatic frequency tuning
High-Performance 4000-Watt Sonication
Hielscher industrial sonicators can deliver very high amplitudes for intense cavitation and efficient liquid processing. Amplitudes of up to 200µm can be operated continuously in 24/7 production. For applications that require even higher amplitudes, customized ultrasonic sonotrodes are available.
The UIP4000hdT is engineered for heavy-duty operation in demanding environments. Its power reserve, robust construction and precise process control make it suitable for scale-up, production trials and full industrial processing.
Which Ultrasonic Processor Should You Choose?
From laboratory research and feasibility testing to process optimization, pilot-scale trials and industrial manufacturing, Hielscher offers the ideal ultrasonic homogenizer for processing liquids and slurries at every scale. The table below gives you an overview of our most popular probe-type sonicators.
| Industrial Sonicator Model | Power | Typical Use |
|---|---|---|
| UIP500hdT | 500W | Bridges the gap between lab and pilot, formulation development and small batches and continuous processes |
| UIP1000hdT | 1000W | Pilot trials and smaller continuous processes |
| UIP2000hdT | 2000W | Pilot scale, process scale-up and industrial production |
| UIP4000hdT | 4000W | Higher production throughput and continuous inline processing |
| UIP6000hdT | 6000W | Large-volume industrial liquid processing |
| UIP16000 | 16000W | High-throughput industrial production and multi-ton processing |
If you are not sure which ultrasonic processor fits your process, the most important selection criteria are target result, batch volume, required flow rate, viscosity, solids content, operating schedule and required energy input. Hielscher can recommend a suitable device, sonotrode, booster and flow-cell configuration based on your process data.
Ultrasonic homogenizer UIP4000hdT (4kW ultrasound power) with flow cell
Frequently Asked Questions about the UIP4000hdT
What is the UIP4000hdT used for?
The UIP4000hdT is used for industrial ultrasonic homogenization, emulsification, dispersing, deagglomeration, wet milling, extraction, dissolving and sonochemical processes.
Is the UIP4000hdT suitable for continuous production?
Yes. The UIP4000hdT is designed for 24/7 industrial operation and can be installed for continuous inline processing with suitable flow cells or customer-specific reactors.
What flow rate can the UIP4000hdT process?
Typical flow rates range from approximately 0.01 m³/hr for demanding wet milling applications up to 3 m³/hr for processes such as biodiesel transesterification. The exact flow rate depends on the material and process target.
Can the UIP4000hdT be used for inline sonication?
Yes. The UIP4000hdT can be configured with flow cells and reactors for continuous inline sonication, recirculation loops or integration into production skids and processing lines.
How does the UIP4000hdT support process documentation?
The system records process data such as power, amplitude, sonication time, temperature and pressure. Data are stored as CSV files for process comparison, quality assurance and reproducibility.
Which accessories are available for the UIP4000hdT?
Depending on the process, the UIP4000hdT can be configured with sonotrodes, cascatrodes, boosters, flow cells, reactors, sound protection cabinets, temperature sensors and optional pressure sensors.
How do I choose between UIP2000hdT, UIP4000hdT and UIP16000hdT?
The selection depends mainly on the required flow rate, batch volume, energy input and target result. The UIP4000hdT is typically selected when a 2 kW unit is too small and a compact 4 kW industrial sonicator provides the right process capacity.
UIP4000hdT – User-Friendliness and State-of-the-Art Technology
Full Color Touch-Screen
The color touch-screen provides direct access to the main operating parameters. Amplitude, power and pulse mode can be adjusted precisely, and the operator can choose between bar-graph and numerical display modes. A high-contrast BIG NUMBER display improves visibility during production operation.
Browser Remote Control
The UIP4000hdT can be controlled from common web browsers via the LAN web interface. The plug-and-play connection requires no software installation. The ultrasonic processor can be operated from a PC, Mac, tablet or smartphone through a direct connection, switch, router or optional pre-configured wireless router.
Built-In Network and Data Logging”
The built-in LAN connection simplifies process control and integration into production environments. Sonication data are recorded automatically on an SD/USB data card. A pluggable temperature sensor measures process temperature continuously, and an optional pressure sensor can be connected for pressure monitoring and documentation.
Automatic Frequency Tuning
The UIP4000hdT uses intelligent automatic frequency tuning. When the system is switched on, the generator detects the optimal operating frequency and drives the ultrasonic transducer at this frequency. This improves reliability, energy efficiency and process stability without manual frequency adjustment.
The Sonicator UIP4000hdT in Research and Science
The UIP4000hdT is a 4000-watt industrial ultrasonic processor used in research, R&D scale-up and production-oriented process development. The following fact sheet and scientific articles show applications in olive oil processing, extraction, biodiesel production, membrane cleaning and materials processing. For a specific application or scientific reference, please contact us.
- FactSheet UIP4000hdT – 4000 watts powerful industrial sonicator – Hielscher Ultrasonics
- Tamborrino, A.; Taticchi, A.; Romaniello, R.; Perone, C.; Esposto, S.; Leone, A.; Servili, M. (2021): Assessment of the olive oil extraction plant layout implementing a high-power ultrasound machine. Ultrasonics Sonochemistry, Volume 73, 2021.
- Manganiello, R.; Pagano, M.; Nucciarelli, D.; Ciccoritti, R.; Tomasone, R.; Di Serio, M.G.; Giansante, L.; Del Re, P.; Servili, M.; Veneziani, G. (2021): Effects of Ultrasound Technology on the Qualitative Properties of Italian Extra Virgin Olive Oil. Foods. 2021 Nov 22;10(11):2884.
- Pesterau, A.-M.; Sirbu, R.; Cadar, E. (2023): Biomedical Applications Based on Marine Collagen Obtained from the Jellyfish Species Rhizostoma Pulmo Extracted from the Black Sea. European Journal of Natural Sciences and Medicine 6, 2023. 89-99.
- Gholami, A.; Pourfayaz, F.; Maleki, A. (2021): Techno-economic assessment of biodiesel production from canola oil through ultrasonic cavitation. Energy Reports, Volume 7, 2021. 266-277.
- Luján-Facundo, M.-J.; Mendoza-Roca, J.-A.; Cuartas-Uribe, B.; Álvarez-Blanco, S. (2016): Membrane fouling in whey processing and subsequent cleaning with ultrasounds for a more sustainable process. Journal of Cleaner Production 143, 2016.
UIP4000hdT in stainless steel cabinet