Sensitive Nutrients Connection for Precision Nutrition

The impact of digitalization on the micronutrient nutritional profile of pet food is a significant and often overlooked subject, even when technology is not considered. By precisely controlling extrusion parameters (temperature, moisture, precision and baking time), the quality of sensitive nutrients, such as vitamins, minerals, and amino acids, is maintained, avoiding degradation from heat or excessive humidity. Controlling the process allows manufacturers to verify the density, moisture, size, and shape of kibbles, which impact digestibility, texture, nutrient absorption, and palatability. When we refer to specific diets (high digestibility, weight control, and digestive health), these factors are essential. Traceability and digital registration facilitate not only nutritional auditing and formula controls but also regulatory compliance and micronutrient management per batch, which is especially important in the presence of transparency, quality, animal health, or special diets. With historical data and analytical support, manufacturers can upgrade their recipes to achieve efficiency in nutrition and costs. For example, optimizing ingredient mixes, protein sources, additives, vitamins, and minerals to achieve better nutritional balance without compromising economy or scalability.
 

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Armando Enriquez de la Fuente Blanquet

Moreover, vitamins and trace minerals, such as zinc, iron, copper, manganese, selenium, and iodine, among others, are essential for energy metabolism, immune health, bone and muscle development, and skin and coat integrity as they regulate cellular oxidation, reproduction, and growth.
 

Micronutrients, instead, face technological challenges in food manufacturing:
 

• Heat, moisture, and oxygen sensitivity: Heat, moisture, and oxygen sensitivity: Vitamins are highly thermolabile, and they break down during extrusion and drying. It is fundamental to use products with microencapsulation technologies to protect them against high temperatures and reduce oxidation and chemical interactions with minerals.
   
• Chemical interactions: If trace minerals (e.g., iron and copper) are not properly protected, they oxidize or inactivate vitamins. Chelated or organic minerals not only offer better bioavailability and stability of trace elements in the thermal process but also reduce negative interactions with nutrients.
   
• Dosage difficulties in small quantities: Premixes are applied to microdosing, so with a minimal deviation, the nutritional value of the batch is compromised. Nowadays, we refer to intelligent mixing in which control software manages optimal times, mixing speed, additional period, and final homogeneity to ensure the uniform distribution of vitamins and minerals.
   
• Distribution problems in mixing: To ensure the same nutrient proportion in kibbles, homogeneity must be high. Premix manufacturers produce precise, homogeneous mixes that minimize dosage mistakes, ensure uniformity between batches, and facilitate registration and nutritional auditing.
   
  
  

These challenges are boosting a strong demand for advanced formulation technologies, intelligent automation, and digital monitoring systems. The precise incorporation of vitamins and trace elements no longer depends on understanding nutrition. Today, they require automated processes, intelligent sensors, digital control, and predictive maintenance. Pet food plants become an atmosphere where innovation in ingredients combines with technological transformation to guarantee safer, stable, nutritious, and reliable products.
 

Conclusion
 

Digitalization in pet food facilities is not a future trend; it is a reality that shows concrete achievements. Technologies for automation, sensors, digital control, AI, and data analysis are already transforming the way pet food is produced, enhancing efficiency, quality, consistency, traceability, sustainability, and flexibility.

By MVZ Armando Enriquez de la Fuente Blanquet
Source: All Pet Food Magazine