Microfluidizer processors are regularly used to create materials on the microscale and nanoscale to achieve unique product characteristics and qualities.

• Particle Size Reduction
  Uniform reduction to the nano-level with repeatable and scalable results
• Nanoparticle Creation
  Innovative Microfluidics Reaction Technology fpr crystallization and chemical reactions
• Cell Disruption
  Rupture cells efficiently with minimal protein denaturing - scaleup guaranteed
• Nanoencapsulation
  Leverage liposomes, nanoemulsions and polymers to add nutrients and target delivery
• Nanoemulsions
  Improved quality, stability and filterability with uniform particle sizes
• Dispersions
  Achieve target particle size distribution for delivery, infusion and inhalation

• Sample Volume 1-6 ml
• Production of stable nanodispersions and nano-emulsions
• Cell Disruption (Yeast, E.coli, etc.)
• Nanoencapsulation in Polymers, liposmes and oil
• Deagglomeration
• Pressure Range up to 30.000 psi

• Production of stable nanodispersions and nano-emulsions
• Cell Disruption (Yeast, E.coli, etc.)
• Microencapsulation in Polymers, liposmes and oil
• Deagglomeration
• Pressure Range 5.000 - 30.000 psi
• Flow Rate Approximately (on Water) 95 - 133 ml/min

• Particle Size Reduction for Submicron and Nano-sized particles
• Deagglomeration
• Cell Disruption
• Immiscible Liquid Emulsion
• Solids in Liquid Suspension
• Liposomes
• Pressure Range up to 30.000 psi
• Flow Rate Approximately (on Water) up to 320 ml/min
• Minimum Sample Size 120ml

• Immiscible Liquid Emulsion
• Solids in Liquid Suspension
• Submicron Particle Size Reduction
• Deagglomeration & Dispersion
• Pressure Range up to 40.000 psi
• Flow Rate Approximately 3,4 - 15 l/min