High Pressure Microfluidic Homogenizer

Precisely homogenizes materials from micron to nanoscale, ensuring uniform particle distribution, consistent batches, and intact active ingredients.

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10L-high-pressure-homogenizer-01

10L Lab Scale High Pressure Homogenizer

Model: HPW-10
Working Pressure:0–60000 psi(420 MPa)
Processing Capacity: 8–10 L
Minimum Processing Volume: 20 mL
Chamber Configuration: To be determined (Diamond secondary chamber + Diamond Y/Z main chamber)
Processing Flow Rate: 0.15 L/min
Power System: Servo-Direct Drive Electric Cylinder System
Feed Temperature: <90°C
Power Input: 380 V
Power: 2.5 kW
Control System: Touchscreen control, supports program settings, data recording, and remote monitoring
Net Weight (kg): Approximately 170 kg
Dimensions (WxDxH) mm: 50 cm (L) × 40 cm (W) × 40 cm (H)

250L-high-pressure-homogenizer-01

250L High Pressure Pilot Scale Homogenizer

Model: HPW-250
Working Pressure: 0–60,000 psi (420 MPa)
Processing Capacity: 200–250 L
Minimum Processing Volume: 3000 mL
Chamber Configuration: To be determined (Diamond secondary chamber + Diamond Y/Z main chamber)
Processing Flow Rate: 4 L/min
Power System: Hydraulic Drive System
Feed Temperature: <90°C
Power Input: 380 V
Power: 37 kW
Control System: Touchscreen control, supports program settings, data recording, and remote monitoring
Net Weight (kg): 1300KG
Dimensions (WxDxH) mm: 210 cm (L) × 140 cm (W) × 150 cm (H)

500L-high-pressure-homogenizer-01

500L Industrial High Pressure Microfluidics Homogenizer

Model: HPW-500
Working Pressure: 0–60,000 psi (420 MPa)
Processing Capacity: 500 L
Minimum Processing Volume: 6000 mL
Chamber Configuration: To be determined (Diamond secondary chamber + Diamond Y/Z main chamber)
Processing Flow Rate: 8 L/min
Power System: Hydraulic Drive System
Feed Temperature: <90°C
Power Input: 220 V
Power: 75 kW
Control System: Touchscreen control, supports program settings, data recording, and remote monitoring
Net Weight (kg): 1980KG
Dimensions (WxDxH) mm: To be determined

Customized-Microfluidizer-Nano-Homogenizer-01

Custom High-Pressure Homogenizer

1. Submit Requirements
Share your industry, application or specific needs.
2. Technical Consultation
·Standard Configuration
·Advanced Custom Engineering
3. Custom Solution Design
We design high-pressure micro-jet homogenizer solutions based on your specifications and needs. You can provide revision feedback.
4. Proposal Confirmation
Review technical details, parameters, and finalize the configuration.
5. Manufacturing & Delivery
Precision manufacturing ensures stable performance and reliable delivery.
6. Installation & After-Sales Support
We provide installation guidance, training, and ongoing technical support.

Frequently asked questions

Powered by ultra-high-pressure microfluidic technology, this nano homogenizer uses precisely controlled supersonic jets to reduce particle size from micron to nano scale, ensuring uniform distribution, consistent batches, and preserved bioactivity.

The ultra-high-pressure microfluidic homogenizer uses pressures up to 420 MPa to drive materials through precision diamond-interlocking microchannels. Supersonic jets generate shear, impact, and cavitation forces that efficiently refine materials to the nanoscale with exceptional uniformity, far exceeding conventional methods.

  • Optimized particle size with superior uniformity
  • Higher efficiency with gentler processing
  • Stable performance with low maintenance costs
  • High hygienic standards and easy cleaning
  • Outstanding performance in high-end applications
  • Biopharmaceuticals (liposomes, mRNA delivery systems)
  • Chemical processing (nano suspensions, dispersions)
  • Advanced materials (graphene, nanomaterials)
  • Cosmetics (nano encapsulation, skincare formulations)
  • New Energy (solid-state electrolytes, nano-nickel powder)
  • Food & Beverage (nano emulsions, functional ingredients)

More than an equipment supplier, we are your process partner. From process diagnostics and parameter optimization to ongoing technical support, our nano-precision technology helps overcome R&D and production challenges, driving innovation and efficiency.