Rotor-stator homogenizer HXP

in-linefor solidsfor liquids

Overview
EmulXion inline high shear mixers and homogenizers are sanitary rotor-stator machines for continuous inline mixing, emulsifying, dispersing, deagglomerating and solubilizing ingredients directly in process lines. Designed for pilot to full-scale production, they deliver uniform particle and droplet size reduction with consistent, repeatable results and scalable performance.

What they do
EmulXion inline mixers use high-speed rotor-stator technology to instantly mix liquids and solids, emulsify immiscible phases, disperse particles, deagglomerate powders and solubilize ingredients. They are engineered for continuous operation to produce stable emulsions and uniform dispersions.

How it works
A high-speed rotor draws product into the workhead where a precision stator creates intense shear, turbulence and cavitation. Concentrated shear zones across rotor-stator gaps generate rapid particle size reduction and tight droplet distributions in a single- or multi-pass inline process.

Product process steps

• Product inlet: Fluid and solids enter the mixer.
• High-speed rotor: Generates intense shear and flow.
• Precision stator: Controls the shear gap and turbulence.
• Size reduction: Particles and droplets are broken down.
• Uniform product outlet: Consistent, stable, high-quality results.

Model families

• HX Series — Inline high shear mixers: Versatile, high-performance mixing and emulsifying for a wide range of applications.
• HXP Series — High intensity homogenizers: Enhanced shear for smaller particle and droplet size reduction with improved stability.
• Sanitary Series — 3-A & CIP/SIP ready: Hygienic design for food, beverage, pharmaceutical and personal care applications.
• Custom Solutions — Engineered to spec: Tailored configurations for unique process requirements including high viscosity and special materials.

Sanitary & regulatory features

• Sanitary stainless steel construction with electropolished surfaces.
• 3-A compliant designs and CIP/SIP ready construction.
• FDA and cGMP compatible options and validation support.

Measurable process outcomes

• Smaller particle and droplet sizes.
• Improved stability and shelf life.
• Uniform dispersions and emulsions.
• Faster processing times and scalable performance from R&D to production.

Applications across industries

• Food & Beverage — emulsions, flavors, textures, functional ingredients.
• Pharmaceutical & Biotech — drug emulsions, lipid nanoparticles, vaccines, APIs.
• Cosmetics & Personal Care — lotions, stable emulsions, specialty formulations.
• Chemicals — dispersions, polymers, resins, performance additives.
• Battery & Graphene — advanced materials, conductive additives, nanodispersions.
• Nutraceuticals — vitamins, oils, suspensions, bioavailable formulations.

Frequently asked questions

• What does an inline high shear mixer do? — It accelerates product through narrow shear gaps between a rotating rotor and a stationary stator to create mechanical and hydraulic shear, turbulence and cavitation that emulsify, disperse, homogenize, hydrate and reduce particle size continuously.
• What particle size can be achieved? — Typical droplet and particle sizes range from about 1–10 microns; multi-stage configurations can reach sub-micron results for many emulsions. For guaranteed nanometer-scale reduction, pairing with a high-pressure homogenizer is recommended.
• Single-stage vs multi-stage — Single-stage units have one rotor-stator pair; multi-stage units have two or more in series to produce progressively finer particle size reduction and tighter droplet distributions in one pass.
• Are units CIP/SIP compatible? — Yes. Sanitary inline mixers are built for full CIP/SIP capability with sanitary connections and finishes suitable for regulated manufacturing.
• Can EmulXion replace other inline mixers? — EmulXion units use industry-standard sanitary connections and motor frames and can be cross-referenced to match flow rate, shear rate and footprint for drop-in replacements in many cases.

Technical specifications

• Technology: High-speed rotor-stator inline shear (rotor-stator homogenizer).
• Operation: Continuous inline mixing and homogenization, single- or multi-stage configurations.
• Typical particle/droplet size: ~1–10 µm; multi-stage often achieves sub-micron for many emulsions.
• Materials: Sanitary stainless steel with electropolished finishes.
• Hygiene & cleaning: CIP/SIP ready; 3-A compliant design options; FDA and cGMP compatible constructions available.
• Performance: Scalable from lab/pilot to full production; engineered for consistent, repeatable results.
• Applications: Food & beverage, pharmaceuticals & biotech, cosmetics & personal care, chemicals, battery & graphene, nutraceuticals.