Step 4
Step 2
Step 3
Step 5
Step 1
Receiving & Testing
Cooling
Loadout
Grinding
Mixing
Grains move to the grinding area, where massive hammer mills or rollers crush them into uniform particles.
Macro ingredients like corn and soybean meal are combined with micros such as vitamins, minerals, and amino acids.
The feed is cooled with controlled airflow to maintain shape and preserve nutrients.
Finished feed moves to loadout bins, where it’s weighed and assigned to specific farms. Delivery trucks are loaded with precision
Trucks arrive and are immediately sampled. Only ingredients that meet strict quality standards are approved for unloading.
+ INFO
+ INFO
+ INFO
+ INFO
+ INFO
Mixing & Pelleting
Overview: This is where science meets precision. Macro, micro, and liquid ingredients are blended in the right proportions to create a balanced formula. The blended mash is then conditioned with steam and pressed through a die to form pellets. Why it matters:Mixing ensures that each bite of feed contains the right ratio of nutrients. Pelleting improves feed efficiency, reduces waste, and enhances animal performance. Just like in a kitchen, this is where everything comes together—the art and science of feed making.
Cooling
Overview: Freshly formed pellets exit the press hot and moist. Cooling systems draw air through the product to reduce temperature and humidity. The feed then passes through screens that remove dust, crumbles, and fines. Why it matters: If pellets aren’t cooled properly, they can spoil, clump, or lose nutritional value during storage. Cooling and screening protect quality, appearance, and shelf life—ensuring that every bag or load leaving the mill looks and performs its best.
Loadout
Overview: Once cooled, the finished feed is weighed, batched, and loaded into delivery trucks. Every order is tracked by destination, formulation, and delivery time. Drivers follow strict biosecurity protocols to prevent contamination between farms. Why it matters: Loadout closes the loop between the feed mill and the farm. Timely, accurate deliveries keep animals fed and production schedules on track. It’s the final checkpoint in ensuring that quality feed reaches its destination safely and efficiently.
Receiving & Testing
Overview: Every truck that arrives at the mill brings the building blocks of feed—grains, proteins, and additives. Before anything is unloaded, samples are collected and tested for moisture, protein content, and potential contaminants. Why it matters: Catching problems early protects the entire production line. If poor-quality ingredients enter the mill, it can impact feed safety, animal health, and overall efficiency. Receiving and testing ensures that every batch begins with clean, reliable inputs—the foundation for consistent, high-quality feed.
Grinding
Overview: Once approved, ingredients move to the grinding area. Large grains are reduced to smaller, uniform particles using hammermills or roller mills. Operators monitor energy use, screen size, and particle uniformity. Why it matters: Proper grinding ensures ingredients mix evenly and nutrients are more easily absorbed by the birds. If particles are too coarse, animals may sort their feed; too fine, and the feed may not flow properly. Consistent grinding keeps the “recipe” balanced and performance high.
pig Feed Mill Process
MTech Academy
Created on November 7, 2025
Start designing with a free template
Discover more than 1500 professional designs like these:
View
Timeline video
View
Images Timeline Mobile
View
Sport Vibrant Timeline
View
Decades Infographic
View
Comparative Timeline
View
Square Timeline Diagram
View
Timeline Diagram
Explore all templates
Transcript
Step 4
Step 2
Step 3
Step 5
Step 1
Receiving & Testing
Cooling
Loadout
Grinding
Mixing
Grains move to the grinding area, where massive hammer mills or rollers crush them into uniform particles.
Macro ingredients like corn and soybean meal are combined with micros such as vitamins, minerals, and amino acids.
The feed is cooled with controlled airflow to maintain shape and preserve nutrients.
Finished feed moves to loadout bins, where it’s weighed and assigned to specific farms. Delivery trucks are loaded with precision
Trucks arrive and are immediately sampled. Only ingredients that meet strict quality standards are approved for unloading.
+ INFO
+ INFO
+ INFO
+ INFO
+ INFO
Mixing & Pelleting
Overview: This is where science meets precision. Macro, micro, and liquid ingredients are blended in the right proportions to create a balanced formula. The blended mash is then conditioned with steam and pressed through a die to form pellets. Why it matters:Mixing ensures that each bite of feed contains the right ratio of nutrients. Pelleting improves feed efficiency, reduces waste, and enhances animal performance. Just like in a kitchen, this is where everything comes together—the art and science of feed making.
Cooling
Overview: Freshly formed pellets exit the press hot and moist. Cooling systems draw air through the product to reduce temperature and humidity. The feed then passes through screens that remove dust, crumbles, and fines. Why it matters: If pellets aren’t cooled properly, they can spoil, clump, or lose nutritional value during storage. Cooling and screening protect quality, appearance, and shelf life—ensuring that every bag or load leaving the mill looks and performs its best.
Loadout
Overview: Once cooled, the finished feed is weighed, batched, and loaded into delivery trucks. Every order is tracked by destination, formulation, and delivery time. Drivers follow strict biosecurity protocols to prevent contamination between farms. Why it matters: Loadout closes the loop between the feed mill and the farm. Timely, accurate deliveries keep animals fed and production schedules on track. It’s the final checkpoint in ensuring that quality feed reaches its destination safely and efficiently.
Receiving & Testing
Overview: Every truck that arrives at the mill brings the building blocks of feed—grains, proteins, and additives. Before anything is unloaded, samples are collected and tested for moisture, protein content, and potential contaminants. Why it matters: Catching problems early protects the entire production line. If poor-quality ingredients enter the mill, it can impact feed safety, animal health, and overall efficiency. Receiving and testing ensures that every batch begins with clean, reliable inputs—the foundation for consistent, high-quality feed.
Grinding
Overview: Once approved, ingredients move to the grinding area. Large grains are reduced to smaller, uniform particles using hammermills or roller mills. Operators monitor energy use, screen size, and particle uniformity. Why it matters: Proper grinding ensures ingredients mix evenly and nutrients are more easily absorbed by the birds. If particles are too coarse, animals may sort their feed; too fine, and the feed may not flow properly. Consistent grinding keeps the “recipe” balanced and performance high.