EmulXion Process Technologies designs and manufactures inline high shear mixers, shear pumps, high-pressure homogenizers, colloid mills, vacuum emulsifying systems, powder induction systems and inline deaerators — precision fluid engineering that controls particle size, droplet distribution and product structure at microscopic scale.
For decades, industrial mixing meant rotating an agitator until ingredients looked blended. Modern formulations demand more: tighter particle size distribution, stable emulsions, faster powder hydration, longer shelf life and batch-to-batch repeatability. EmulXion systems are engineered to control the variables that decide whether a product succeeds — particle size, droplet distribution, shear intensity, cavitation, vacuum conditions and fluid acceleration — with precision, repeatability and scalability.
Instead of stirring an entire vessel, EmulXion inline technologies focus mechanical and hydraulic energy exactly where it is needed — in an engineered rotor-stator shear zone.
Rotor-stator geometry, gap tolerances, tip speed and pressure differential are engineered to hit target particle and droplet sizes — from microns to nanometers.
Every particle passes through the same high-energy zone, so results scale predictably from laboratory to pilot plant to full production.
Sanitary stainless construction, electropolished finishes, CIP/SIP capability and GMP-ready documentation across the entire range.
Eight core technologies, one engineering philosophy: control what matters, engineer what performs.
Single and multi-stage rotor-stator mixers that emulsify, disperse, homogenize and micronize in a single pass.
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Sanitary shear pumps that pump and process simultaneously — emulsifying and refining while transferring product.
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Micron and nanometer particle size reduction for dairy, pharma, biotech, nano-emulsions and battery slurries.
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Adjustable-gap rotor-stator milling for fine grinding, emulsifying and refining of viscous products.
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Process under vacuum to eliminate entrained air, prevent oxidation and create superior texture and stability.
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Vacuum-assisted powder induction with immediate high-shear wetting — no floating powders, no fish eyes.
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Continuous vacuum deaeration that removes entrained air and dissolved gases for accurate filling and longer shelf life.
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Complete turnkey skids: mixing, homogenizing, tanks, CIP, piping, instrumentation and PLC/HMI automation.
View Process Systems →Traditional batch agitation distributes energy inefficiently across an entire vessel — inconsistent shear exposure, long cycle times, poor scalability. EmulXion inline systems focus turbulence, cavitation, velocity and hydraulic shear into a precision-engineered process chamber.
The difference between product success and failure is measured in microns — sometimes nanometers. EmulXion technologies are trusted across:
A beverage that stays suspended for months. A pharmaceutical suspension with uniform active distribution. A cosmetic cream with luxurious texture. A battery slurry with controlled particle distribution. These outcomes are not accidental — they are engineered through optimized rotor-stator geometry, turbulence management, cavitation control and concentrated hydraulic energy transfer.
Tell us your formulation, target particle size and throughput. Our engineers will recommend the right EmulXion technology — and back it with performance data.
A high shear mixer uses a rotor-stator assembly to generate intense mechanical and hydraulic shear that disperses, emulsifies and reduces particle size — typically down to the low-micron range. A homogenizer (especially a high-pressure homogenizer) forces product through a precision valve under extreme pressure, achieving sub-micron and even nanometer particle sizes. Many processes use both: a high shear mixer for pre-mixing and dispersion, followed by a homogenizer for final particle size reduction. EmulXion manufactures both technologies, so we can recommend the right combination for your formulation instead of forcing one approach.
Inline (in-line) mixers process product continuously as it flows through an engineered shear chamber, delivering every particle through the same high-energy zone. This gives shorter cycle times, better repeatability, easy scale-up and lower energy consumption than batch agitation, where shear exposure varies across the vessel. If you need consistent particle size distribution, faster throughput or CIP-friendly hygienic processing, an inline high shear mixer or homogenizer is usually the better choice.
In most cases, yes. EmulXion inline high shear mixers, shear pumps and homogenizers use standard sanitary connections and motor frames, and our engineering team matches or improves on the shear rate, flow rate and particle size performance of the equipment being replaced. Send us your current model and process details and we will provide a direct cross-reference with performance data and pricing.
EmulXion fluid processing systems are used in food and beverage, dairy, sauces and dressings, pharmaceutical and biotech, nutraceutical, cosmetic and personal care, chemical, coatings, and advanced materials manufacturing including battery slurries, graphene and nano-material dispersions.
Both. You can buy a single inline high shear mixer or colloid mill, or a complete skid-mounted process system with tanks, pumps, vacuum systems, powder induction, instrumentation, CIP and PLC/HMI automation — engineered, built and tested as one integrated solution by Proc-X Manufacturing Group.