Nutrition

Extruders, first developed in Germany in the late 1800s for food production, have since been used for making pasta, cereals, pet food, and animal feed.

Extruding the future of food innovation

Extrusion technology is a pivotal process in developing nutritional products, including alternative proteins, human food, and animal feed. Extruders transform raw materials into structured, digestible, and nutrient-rich products while enhancing texture, nutritional value, and scalability by utilizing high-temperature, short-time processing. A key application is vegetable protein texturization, where extrusion modifies plant-based proteins such as soy, pea, and wheat gluten to create fibrous structures that mimic the texture of meat. This process is essential for developing high-quality meat analogs that meet consumer expectations for taste and mouthfeel. In food and feed production, extrusion also enables the formulation of cereals, snacks, pet food, and livestock feed with improved digestibility and nutrient uniformity. Xplore micro-compounders play a crucial role in early-stage formulation development by allowing precise testing with minimal material usage. These small-scale extruders help optimize ingredient combinations, refine protein structuring, and incorporate bioactive ingredients such as vitamins and probiotics before scaling up to larger production systems. Their versatility and efficiency make extrusion and micro-compounding essential tools for accelerating innovation in sustainable food and feed development.

Highlighted products

Micro-Compounders

What does this product do for this market

Show

Micro Cast Film Lines

What does this product do for this market

Show

Conveyor Belt Pro

What does this product do for this market

Show

Support

Xplore provides exceptional support for the nutrition market, offering comprehensive resources like whitepapers, technical documents, FAQs, and expert guidance to optimize machine performance and streamline R&D processes.

Technical notes Specification sheets FAQ Contact

Be inspired

How Does Fiber Spinning Help Benchmark Sustainable & Bio-Based Polymers? 

Discover how melt spinning reveals the processing behavior of sustainable polymers and how Xplore micro-systems enable small-scale fiber research.

Read more

Why Fiber Spreading Matters in High-Quality UD Tape Manufacturing?

Learn how fiber spreading improves polymer impregnation and UD-tape quality, and how Xplore’s micro UD-tape line enables precise process research.

Read more

How Overmolding & Insert molding Merges Strength and Softness into a Single Functional Part?

Discover how overmolding combines strength and softness in one molded part, and how Xplore systems enable precise research on polymer interfaces.

Read more
© Xplore 2024 - Privacy Statement - General Terms and Conditions