Ice cream mix preparation solution

Achieve efficient, continuous ice cream and dairy product mixing with low-energy consumption, seamlessly handling high viscosity and varied formulations for superior texture and quality.

Mixes and Pasteurizes High-Viscosity Liquid Products

The Tetra Pak® Ice Cream Mix Unit series offers a range of solutions for efficiently mixing and pasteurizing diverse liquid products, including high-viscosity foods like ice cream mixes and dairy products. These units from Tetra Pak are designed for standalone or continuous low-energy operations, integrating seamlessly into your production line. They utilize advanced high shear mixers and plate heat exchangers to achieve optimal emulsification and hydration, while the HTST (High Temperature-Short Time) pasteurization process ensures product safety and superior quality.

Capable of handling a broad spectrum of applications—from ice cream bars to sauces like hollandaise—the units are suited for ice cream manufacturers, dairy producers, and food and beverage manufacturers alike. Offering capacities from 600 to 14,000 liters per hour, they are ideal for small to medium-scale production needs.

Each unit maximizes heat recovery, minimizing energy consumption and environmental impact. With options for high shear vacuum mixing, they efficiently manage viscosities up to 50,000 cP with reduced air incorporation. The integrated pasteurizer diversion function further safeguards against cross-contamination by recycling non-pasteurized products.

Engineered with precision, these units feature durable materials for long-lasting operation, while the availability of additional accessories and engineering support provides ample opportunity for customization and integration into existing systems.

Benefits

  • Enhances product safety and consistency with precise HTST pasteurization.
  • Cuts energy costs through efficient heat recovery and low-energy operation.
  • Handles high-viscosity mixtures seamlessly, boosting production flexibility.
  • Simplifies integration with existing systems for streamlined operations.
  • Reduces contamination risk with automatic diversion for non-pasteurized products.

General


Applications
Beverages,Sauces,Desserts,Ice cream,Prepared foods,Dairy products
End products
Pudding,Custard,Flan,Frozen yogurt,Mousse,Sherbet,Cream cheese,Buttermilk,Bechamel sauce,White chocolate ganache,Hollandaise sauce,Fruit smoothies,Soft serve ice cream,Ice cream bars,Condensed milk,Gelato,Lemonade,Milkshakes,Iced tea
Steps before
Mix preparation,Emulsification,Hydration
Steps after
Cooling,Ageing,Packing
Input ingredients
ice cream mix ingredients,powder,high viscosity materials,fiber-rich ingredients
Output ingredients
pasteurized ice cream mix,ice cream product,high viscosity ice cream products
Market info
Tetra Pak is renowned for providing innovative packaging solutions, specializing in carton packaging for the food and beverage industry. It is esteemed for high-quality, sustainable, and efficient processing and packaging equipment on a global scale.

Technical Specifications


Capacity
L/h varies from 600 to 14,000
Pasteurization Type
HTST (High Temperature-Short Time)
Viscosity Handling
Up to 50,000 cP
Energy Efficiency
Low-energy
Automation
Continuous operation

Operating Characteristics


Working mechanism
Continuous HTST Pasteurization
Integrated steps
Mixing,Emulsification,Pasteurization
Batch vs. continuous operation
Continuous
CIP/SIP
CIP compatible
Energy efficiency
Low-energy consumption
Air incorporation control
Uniform,air-free mixing

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Machine footprint
Small to medium
Tank size
Varies with model
Discharge method
Standard discharge
Control panel type
Integrated

Custom Options


Control panel type
PLC/SCADA
Integration possibilities
Compatible with existing line equipment
Capacity options
2000 to 14000 L/h
Mixing type
High shear vacuum mixing
Customizable pressure control
Differential pressure supervision
Energy efficiency features
Low-energy consumption