Multi-Function Feed Enzyme: Key to Feed Efficiency for Modern Feed Mills

In the feed industry, feed efficiency is everything. Every percentage point increase in digestibility means significant cost savings. This is where the role of multi-function feed enzymes such as cellulase, protease, and amylase becomes crucial. These enzymes work synergistically to break down hard-to-digest feed components, making nutrients more available to livestock. Biosolution, as an Indonesian agricultural biotechnology company, presents the Multi-Function Feed Enzyme Formula produced by Aspergillus oryzae — a mold that produces cellulase, protease, amylase, and lipase. This article will thoroughly explore how these multi-function enzymes can be a feed efficiency solution for B2B feed mills.

Why Are Multi-Function Feed Enzymes Needed?

Conventional feed often contains crude fiber, complex proteins, and starch that are not fully digested by livestock. For example, cellulose in rice bran or corn can only be partially digested by non-ruminants. By adding multi-function enzymes, we help livestock break down these components. Multi-function feed enzymes from Biosolution contain cellulase, protease, amylase, and lipase activities that work on various substrates. As a result, feed digestibility increases, feces become drier, and feed conversion ratio (FCR) improves.

Specific Roles of Enzymes in Feed

• Cellulase: Breaks down cellulose into glucose, allowing crude fiber to be used as energy. This enables the use of high-fiber alternative feeds such as palm kernel expeller or fermented straw.
• Protease: Hydrolyzes complex proteins into peptides and amino acids, increasing protein availability for livestock and reducing nitrogen excretion.
• Amylase: Breaks down starch into simple sugars, accelerating carbohydrate digestion and reducing the risk of digestive disorders.
• Lipase: Although in small amounts, lipase helps digest fat, especially in high-fat feeds.

With this combination, Biosolution's Multi-Function Feed Enzyme Formula provides a comprehensive solution for feed mills that want to increase feed nutritional value without drastically changing formulations.

Mechanism of Action of the Multi-Function Feed Enzyme Formula

This product contains Aspergillus oryzae that has undergone fermentation to produce enzyme concentrate. When mixed into feed at a dosage of 0.5–1 kg per ton, these enzymes become active as soon as the feed enters the livestock's digestive tract. Here is the mechanism of action:

1. External pre-digestion: Enzymes start working in the feed before consumption, especially if the feed is given contact time (e.g., through conditioning). This breaks down some fiber and protein, reducing the workload of the livestock's digestive system.
2. Synergy with endogenous enzymes: Added enzymes complement the livestock's natural enzymes. For example, additional amylase helps digest starch faster, while cellulase provides enzymes that monogastric animals lack.
3. Effect on gut microflora: Hydrolysis products (e.g., oligosaccharides) can act as prebiotics that stimulate the growth of beneficial bacteria, improving gut health and nutrient absorption.

Research shows that using multi-function enzymes can increase dry matter digestibility by up to 8% and reduce digesta viscosity, making nutrients easier to absorb. Thus, feed efficiency increases by 5–10% as claimed by Biosolution.

Economic and Technical Benefits for Feed Mills

For B2B feed mills, the main advantages of using multi-function enzymes are:

• Feed cost efficiency: By increasing digestibility, feed mills can use cheaper alternative raw materials (e.g., bran, palm kernel expeller, or peanut shells) without sacrificing livestock performance. This reduces dependence on expensive imported corn and soybean meal.
• Formulation flexibility: Multi-function enzymes allow the use of up to 20% alternative feed without productivity loss. Feed mills can utilize abundant local agro-industrial waste.
• Consistent feed quality: With the right dosage (0.5–1 kg/ton), enzymes work stably under various pH and temperature conditions of the digestive tract. No need to worry about early inactivation.
• Safe for all species: This product is safe for chickens, pigs, cattle, fish, and shrimp. No harmful residues or side effects.

Case studies in several feed mills show feed cost savings of up to 15% after switching to formulations with multi-function enzymes. This is a significant added value amid fluctuating raw material prices.

Usage and Integration into Feed Production Process

Application of the Multi-Function Feed Enzyme Formula is very simple: mix 0.5–1 kg of product per ton of feed during the mixing process. No major changes to the production line are required. Here is a practical guide:

• Dry mixing: The enzyme can be added directly to the mixer along with other premixes. Ensure even distribution.
• Conditioning: If the feed undergoes a conditioning process (heating), the enzyme remains stable because Aspergillus oryzae produces enzymes that are heat-stable up to 80°C for short periods. However, avoid extreme temperatures above 90°C.
• Pelleting: The enzyme is also compatible with the pelleting process. It is recommended to add the enzyme after conditioning or through post-pelleting application (liquid addition) to maintain maximum activity.

Dosage can be adjusted based on livestock type and feed composition. For high-fiber feed, use a dosage of 1 kg/ton; for standard feed, 0.5 kg/ton is sufficient. Consult with Biosolution's technical team for specific recommendations.

Comparison with Similar Products

In the market, there are various feed enzyme products, but most contain only one or two types of enzymes. The advantage of the Multi-Function Feed Enzyme Formula lies in the combination of four enzyme activities in one product, produced from a single superior strain of Aspergillus oryzae. This means:

• Broader effectiveness: No need to mix several separate enzyme products, reducing costs and inventory complexity.
• Natural synergy: Because they are produced by one microorganism, these enzymes work optimally under the same conditions, maximizing efficiency.
• Guaranteed quality: Each batch is tested for activity, ensuring performance consistency.

Compare with products that only contain cellulase: although they help digest fiber, without protease and amylase, protein and starch remain suboptimally digested. Therefore, multi-function enzymes are a smarter choice for feed mills aiming for maximum results.

Testimonials and Supporting Data

Although this article does not include specific testimonials, Biosolution's internal data shows that users of the Multi-Function Feed Enzyme Formula report an average FCR reduction of 0.1–0.2 points in broilers, and a 3–5% increase in daily weight gain in pigs. In dairy cattle, milk production increases by 5–10% with better milk fat quality. All these data are supported by field and laboratory trials.

For more information, you can refer to scientific publications on feed enzymes from FAO or the Indonesian Ministry of Agriculture, which emphasize the importance of enzymes in improving feed efficiency and reducing environmental impact.

Conclusion

Multi-function feed enzymes such as cellulase, protease, and amylase are a smart investment for feed mills looking to improve feed efficiency, reduce costs, and utilize alternative feed. Biosolution's Multi-Function Feed Enzyme Formula, with Aspergillus oryzae as the enzyme producer, offers an integrated solution that is easy to apply. A dosage of 0.5–1 kg per ton of feed is sufficient to experience the benefits. Don't hesitate to consult with our team or see the product details to get recommendations tailored to your feed mill's needs. With multi-function enzymes, feed is more efficient, livestock is more productive, and business is more profitable.