Ultrasonic dispersers
Scientz ultrasonic dispersers are specifically designed for dispersion applications where particles, droplets or agglomerates must be broken down and distributed uniformly throughout a liquid. Compared to traditional focused ultrasonicators, ultrasonic dispersers are optimized for liquid-liquid, solid-liquid and gas-liquid dispersion processes and are widely used in nanotechnology, advanced materials, cosmetics, pharmaceuticals and chemical engineering.
The Scientz ultrasonic disperser portfolio includes the F-series for batch processing and the CFU-750W-M2 for continuous-flow production. This allows laboratories and manufacturers to select the most suitable platform based on throughput requirements and future scale-up plans.
- Processing Volume: 5–100 L/h
- Ultrasonic Power: 750 W
- Reactor Volume: 200 ml
- Probe Type: Omnidirectional dispersing probe
- Key Advantage: Continuous flow ultrasonic disperser for nanomaterials and emulsions
€12.520,00 excl. VAT
- Dispersion Volume: 100–1500 ml
- Ultrasonic Power: 1500 W
- Standard Dispersing Head: Ø18 mm
- Dispersion Systems: Liquid-liquid, solid-liquid and gas-liquid
- Key Advantage: High-power ultrasonic disperser for nanomaterials and larger batch volumes
€6.175,00 excl. VAT
- Dispersion Volume: 500–2000 ml
- Ultrasonic Power: 2400 W
- Standard Dispersing Head: Ø25 mm
- Dispersion Systems: Liquid-liquid, solid-liquid and gas-liquid
- Key Advantage: High-power ultrasonic disperser for pilot-scale dispersion and nanomaterials
€7.981,00 excl. VAT
- Dispersion Volume: 1000–5000 ml
- Ultrasonic Power: 3000 W
- Standard Dispersing Head: Ø38 mm
- Dispersion Systems: Liquid-liquid, solid-liquid and gas-liquid
- Key Advantage: Production-scale ultrasonic disperser for nanomaterials and large batch processing
€9.365,00 excl. VAT
- Dispersion Volume: 10–700 ml
- Ultrasonic Power: 750 W
- Standard Dispersing Head: Ø10 mm
- Dispersion Systems: Liquid-liquid, solid-liquid and gas-liquid
- Key Advantage: Omnidirectional ultrasonic dispersion for nanoparticles and emulsions
€4.730,00 excl. VAT
Scientz Ultrasonic Disperser Comparison
| Model Range | Processing Mode | Best For | Typical Users |
|---|---|---|---|
| Scientz-750F | Batch | Research and small-scale formulation work | Universities and R&D labs |
| Scientz-1500F | Batch | Higher-energy nanoparticle dispersion | Materials science laboratories |
| Scientz-2400F | Batch | Pilot-scale material processing | Process development teams |
| Scientz-3000F | Batch | Large-volume dispersion applications | Pilot plants and manufacturers |
| CFU-750W-M2 | Continuous Flow | Inline dispersion and production | Industrial and scale-up applications |
Batch vs Continuous Flow Dispersion
The F-series is ideal when materials are processed in individual batches and flexibility is important. The CFU-750W-M2 is designed for continuous production environments where material flows continuously through the ultrasonic reactor.
What Is an Ultrasonic Disperser?
An ultrasonic disperser uses high-intensity ultrasonic cavitation to break apart particle agglomerates and distribute materials uniformly throughout a liquid. The cavitation process generates intense local shear forces that can efficiently disperse nanoparticles, pigments, carbon nanotubes, graphene, silica, metal oxides and other difficult-to-process materials.
Unlike mechanical stirring, ultrasonic dispersion can achieve significantly smaller particle sizes and more stable suspensions while reducing processing time.
Ultrasonic Disperser vs Focused Ultrasonicator
Although both technologies use ultrasonic energy, their primary objectives are different.
A focused ultrasonicator is generally used for biological and laboratory sample preparation applications such as cell disruption, DNA extraction, protein extraction and homogenization. The ultrasonic energy is concentrated into a small sample volume through a probe.
An ultrasonic disperser is specifically optimized for material processing. The probe geometry and ultrasonic delivery system are designed to maximize particle deagglomeration, nanoparticle dispersion, emulsification and suspension stability.
For biological sample preparation, a focused ultrasonicator is usually the preferred choice. For nanomaterials, pigments, coatings, emulsions and advanced materials development, an ultrasonic disperser is often the better solution.
Batch Ultrasonic Dispersers – Scientz F-Series
The Scientz F-series consists of dedicated batch ultrasonic dispersers designed for laboratory and pilot-scale material processing. Available in 750 W, 1500 W, 2400 W and 3000 W configurations, these systems provide increasing levels of ultrasonic power to support larger volumes and more demanding dispersion applications.
The F-series is particularly suitable for:
- Graphene dispersion
- Carbon nanotube dispersion
- Nanoparticle processing
- Pigment dispersion
- Ceramic suspensions
- Pharmaceutical formulations
- Cosmetic emulsions
- Advanced materials development
These systems are ideal when materials are processed in individual batches and maximum flexibility is required.
Continuous-Flow Ultrasonic Dispersion
For larger production volumes, continuous-flow processing often becomes more efficient than batch operation. The Scientz CFU-750W-M2 is specifically designed for continuous-flow ultrasonic dispersion.
Instead of treating material in individual batches, product is continuously pumped through the ultrasonic reactor where cavitation is generated throughout the process stream.
This enables:
- Consistent product quality
- Continuous production
- Improved process scalability
- Reduced operator intervention
- Integration into production lines
The CFU-750W-M2 uses a dedicated dispersion reactor design optimized for liquid-liquid, solid-liquid and gas-liquid dispersion applications.
Applications of Ultrasonic Dispersers
Ultrasonic dispersers are widely used across research, development and production environments.
- Graphene and carbon nanotubes
- Metal oxide nanoparticles
- Battery materials
- Catalysts
- Ceramic slurries
- Pigments and coatings
- Cosmetic emulsions
- Pharmaceutical suspensions
- Food emulsions
- Advanced material formulations
From Laboratory Research to Production Scale
One of the strengths of the Scientz disperser portfolio is the ability to support scale-up. Laboratories can begin process development using an F-series batch disperser and later transition to the CFU-750W-M2 continuous-flow platform when higher throughput becomes necessary.
This makes Scientz ultrasonic dispersers suitable for both research laboratories and manufacturers seeking a scalable ultrasonic processing solution.
Explore Other Ultrasonic Processing Technologies
Ultrasonic dispersers are optimized for nanoparticle dispersion, emulsification and material processing. Depending on your application, another ultrasonic technology may be more suitable.
- Focused Ultrasonicators are ideal for cell disruption, DNA extraction, protein extraction and laboratory homogenization.
- Continuous Flow Ultrasonicators are designed for inline ultrasonic processing and larger-scale production workflows.
- Industrial Ultrasonic Homogenizers support pilot-scale and industrial batch processing.
- Multi-Channel Ultrasonicators provide simultaneous processing of multiple samples.
- Portable Ultrasonicators are suitable for field applications and mobile laboratories.
If you are looking for ultrasonic cleaning rather than ultrasonic material processing, explore our range of Ultrasonic Cleaners. Ultrasonic cleaners are designed for cleaning instruments and components, whereas ultrasonic dispersers are designed for particle dispersion and formulation development.