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LeanCreme™ System

Product Type(s) : Microparticulation Systems
Description :

The APV LeanCreme™ System from SPX FLOW transforms whey into microparticulated whey protein, enabling producers to create low-fat, healthy products with rich texture and creamy mouth feel. Designed to increase profitability and reduce ingredient dependency, LeanCreme™ supports clean-label innovation across dairy, food, and plant-based sectors.

REQUEST PRICING

Whey Protein Microparticulation Designed for Product Value, Flexibility and Taste

Today’s food and dairy producers face increasing pressure to create low-fat, clean-label products without sacrificing texture, mouth feel, or profitability. The APV LeanCreme™ System from SPX FLOW transforms whey into high-value, microparticulated whey protein that mimics the creamy characteristics of fat, supporting better product performance and bottom-line results.

With consumer demand rising for healthier alternatives and greater product diversity, processors need solutions that deliver:

  • Creamy texture and mouth feel without added fat or artificial stabilizers
  • Greater control over ingredient quality and functionality
  • Efficient use of whey by-products to unlock new revenue streams

Why Choose the APV® LeanCreme™ System?

Built on SPX FLOW’s deep patented process engineering expertise, the LeanCreme™ System is designed for high-efficiency microparticulation and exceptional product quality.

It enables customers to:

  • Produce fat-like mouth feel from natural whey protein, ideal for low-fat product lines
  • Customize particle size distribution to match specific product formulations
  • Utilize sweet, lactic, acid, or whey across WPC 28–80 grades
  • Generate LeanCreme™ in liquid or spray-dried form, depending on application needs
  • Achieve rapid ROI by converting low-value whey into premium, in-demand ingredients
  • Improve product consistency with precise, automated control and repeatable performance
  • Reduce dependency on external suppliers, improving supply chain security and cost control
  • Enable clean-label innovation using natural, multifunctional ingredients with high nutritional value

Operator-Friendly, Scalable and Sustainable

Designed for long-term value and operational simplicity, the LeanCreme™ System delivers:

  • Continuous operation with low maintenance requirements
  • Hygienic system design for safe and compliant food processing
  • Available pilot systems for R&D and formulation testing
  • Seamless integration with existing ultrafiltration and spray drying equipment
  • Global SPX FLOW support, including spare parts, maintenance and operator training

Product Applications

LeanCreme™ is ideal for a wide range of applications, including:

  • Reduced-fat and full-fat cheeses (pressed, soft, and fresh)
  • Fermented dairy products and milk desserts
  • Protein-enriched milk drinks and yogurt
  • Dressings, sauces, and mayonnaise
  • Ice cream, chocolate, and confectionery

Theory of Operation

The LeanCreme™ System is a two-stage process:

  1. The LeanCreme™ System is a two-stage process: concentrates protein from sweet, lactic, acid whey to produce Whey Protein Concentrate (WPC). If liquid whey is not available, recombined WPC powder can be used as an alternative.
  2. The concentrated WPC is then microparticulated using the APV Shear Agglomerator (ASA), a patented, high-shear thermal process that denatures the protein and forms uniform, fat-like particles with excellent sensory properties.

The result is LeanCreme™—a soft, white, protein-rich emulsion with a creamy consistency and customized particle size e.g. similar to milk fat globules The product can be used in liquid form or spray-dried for powder applications.

Product Details

  • Specifications
  • Options

Example configurations can include:

  • Whey input types: Sweet, lactic, acid and reconstituted
  • LeanCreme™ output grades: 28–80% TOP/TS, customizable based on WPC input
  • Microparticulation speed control: Adjustable for targeted particle size distribution
  • Available forms: Liquid or powder (via spray drying)
  • Pilot system availability for in-house trials
  • On-site or Innovation Center testing with expert process support
  • Customizable automation and controls for seamless integration into existing lines
  • Scalable configurations to match operational size and expansion plans
  • Spray dryer integration for powder ingredient production

Frequently Asked Questions

LeanCreme™ is a microparticulated whey protein made from whey, designed to simulate the creamy texture of fat in reduced-fat and high-protein food products.

It allows producers to create a customizable, natural fat substitute in-house, reducing costs, improving flexibility and enhancing end-product quality, all with a short ROI.

Yes. LeanCreme™ can be used directly as a liquid ingredient or spray-dried into powder for long shelf life and broad formulation use.

The system processes various whey types, including sweet, acid (citric or HCl), lactic

SPX FLOW offers pilot testing at our APV Innovation Center in Silkeborg, Denmark, or mobile units for testing at your own facility, backed by expert engineering and confidentiality.

Microparticulation (MP) of whey proteins is a combination of thermal whey protein denaturation and a controlled mechanical treatment uniforming protein particle sizes. SPX FLOW has developed a process for microparticulation utilizing special scraped surface heat exchangers (ASA – APV Scraped Agglomerators) for both protein denaturation and particle sizing. The feed product for the process would be whey protein concentrate (WPC). The product containing the microparticulated proteins is a cream-like product which we call LeanCreme™

The system can handle sweet, lactic, acid, HCl, across WPC grades from 28 to 80.

It’s ideal for cheese, yogurt, milk drinks, ice cream, sauces, dressings, bakery creams, chocolate, and nutraceuticals.

Yes. The LeanCreme system™ supports both liquid and spray-dried forms of LeanCreme™, offering maximum flexibility for ingredient handling and formulation.

Yes. Customers can access pilot testing at the APV Innovation Center or request mobile pilot systems for on-site trials, backed by full engineering and service support.

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