• Equipped with 3 plungers to minimize pulsation and ensure consistent particle size.
• Durable ceramic pistons that are corrosion-resistant and chemically non-reactive.
• Plug & play system that does not require water for lubrication, saving costs.
• Compatible with HTST/UHT systems and suitable for CIP and SIP processes.
• High automation level for easy operation.
• Two-stage homogenization valves to reduce dead volumes.

The OMVE HP203 is a pilot-scale in-line high-pressure homogenizer designed for accurate production simulation and higher stability. It uses three pistons to reduce pressure fluctuations, minimize valve wear, and achieve consistent particle sizes. The third piston allows for longer processing times with fewer RPMs, reducing wear and service costs.

• Dairy products
• Plant-based beverages
• Vegetable creams
• Juices
• Nutraceuticals

The homogenizer forces liquid through a narrow, high-pressure gap, subjecting it to intense shear and pressure. This process breaks down particles into smaller, uniform sizes (0.2 to 2 microns), ensuring thorough mixing and stabilization.

• Product Codes: HP203-30 and HP203-50
• Adjustable Flow Rate: 15-45L/hr (HP203-30), 30-80L/hr (HP203-50)
• Homogenization Pressure: 600bar (HP203-30), 400bar (HP203-50)
• Max Viscosity: Approx. 2000cPs
• Max Particle Size: 0.5mm
• Operating Temperature: < 90°C
• Cleaning Temperature: 90°C for 30 min
• Sterilization Temperature: 140°C for 30 min (SIP)
• Materials: Stainless Steel 316, High Performance Super Duplex SS
• Weight: 262kg
• Dimensions: 990 x 900 x 1520mm

• Aseptic execution
• Automation upgrade
• By-pass for higher flow-rate during CIP
• Compliance with 3A/FDA standards
• Feed hopper for stand-alone functionality
• Low pressure alarm
• Integrated control with UHT system HMI

OMVE Netherlands B.V., De Meern, The Netherlands, Tel: +31 30 241 00 70, Email: [email protected]

OMVE Americas Inc., Milton, Canada, Tel: +1 416 986 8442, Website: omve.com

Disclaimer: No rights can be derived from the content in this brochure. Version 1/2025