Poultry and Livestock
Poultry and Livestock
Poultry and Livestock
Poultry
When it comes to poultry feed, quality is key to ensuring healthy, high-performing poultry. Our solutions offer advanced processing technology to optimize feed production while preserving the nutrient balance essential for poultry health. We integrate state-of-the-art systems that enhance digestion, boost feed efficiency, and ensure safe, contamination-free feed.
Our modular designs allow flexibility for small and large-scale operations, while our AI-driven insights ensure optimal feed formulation and consistent quality. From feed milling to automation, we’re committed to helping you produce top-tier poultry feed with sustainable practices and cost-effectiveness.
The process
Insect Lipids
Washing
Larvae are thoroughly cleaned using vibrating screens and water sprayers to remove dirt, debris, and residual feed, ensuring hygiene before further processing.
Inactivation
Larvae are exposed to heat treatment or blanching using steam blanchers or hot air ovens to deactivate enzymes and bacteria, ensuring microbial safety and improving lipid extraction efficiency.
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Decontamination
Larvae are treated using steam, hot water, or organic acid washes to eliminate harmful microbes, pathogens, and contaminants, ensuring hygienic and safe processing.
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Oil Separation
Extracted insect oil is separated from solids using screw presses or expellers, followed by centrifugation or filtration to remove impurities, ensuring high-quality insect lipids for poultry feed.
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Oil Purification
The separated insect oil is refined using plate filters, or activated carbon filtration to remove impurities, moisture, and residual solids, ensuring high-quality, clean insect lipids for poultry feed.
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Protein Meal
Washing
Larvae are thoroughly cleaned using vibrating screens and water sprayers to remove dirt, debris, and residual feed, ensuring hygiene before further processing.
Inactivation
Larvae are exposed to heat treatment or blanching using steam blanchers or hot air ovens to deactivate enzymes and bacteria, ensuring microbial safety and improving lipid extraction efficiency.
Know more
Decontamination
Larvae are treated using steam, hot water, or organic acid washes to eliminate harmful microbes, pathogens, and contaminants, ensuring hygienic and safe processing.
Know more
Oil Separation
Extracted insect oil is separated from solids using screw presses or expellers, followed by centrifugation or filtration to remove impurities, ensuring high-quality insect lipids for poultry feed. The remaining solids are further processed into protein meal
Know more
Drying
The defatted Larvae is dried using rotary dryers to achieve the desired moisture content, ensuring long shelf life and optimal quality for poultry feed.
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Grinding
The dried Black Soldier Fly Larvae (BSFL) meal is ground using hammer mills or pin mills to achieve a fine, uniform protein powder suitable for poultry feed formulation.
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Fertilizer
Crushing
The dried Larvae rearing residue is broken down using hammer mills or crushers to achieve a finer, more uniform particle size before granulation or further processing into fertilizer.
Mixing
The crushed Larvae rearing residue is blended with additives like minerals, nutrients, or organic matter using ribbon blenders or paddle mixers to enhance the fertilizer’s nutrient composition and consistency.
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Pelleting
Rearing residue is compressed into uniform pellets using pellet mills or granulators, improving handling, storage, and application efficiency as organic fertilizer.
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Drying
The formed fertilizer pellets are dried using rotary dryers or fluidized bed dryers to reduce moisture content, enhance shelf life, and maintain product stability.
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Sieving
The dried fertilizer pellets are passed through vibrating sieves to remove oversized or undersized particles, ensuring uniform pellet size for better application.
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The process
Insect Lipids
Washing
Larvae are thoroughly cleaned using vibrating screens and water sprayers to remove dirt, debris, and residual feed, ensuring hygiene before further processing.
Inactivation
Larvae are exposed to heat treatment or blanching using steam blanchers or hot air ovens to deactivate enzymes and bacteria, ensuring microbial safety and improving lipid extraction efficiency.
Know more
Decontamination
Larvae are treated using steam, hot water, or organic acid washes to eliminate harmful microbes, pathogens, and contaminants, ensuring hygienic and safe processing.
Know more
Oil Separation
Extracted insect oil is separated from solids using screw presses or expellers, followed by centrifugation or filtration to remove impurities, ensuring high-quality insect lipids for poultry feed.
Know more
Oil Purification
The separated insect oil is refined using plate filters, or activated carbon filtration to remove impurities, moisture, and residual solids, ensuring high-quality, clean insect lipids for poultry feed.
Know more
Protein Meal
Washing
Larvae are thoroughly cleaned using vibrating screens and water sprayers to remove dirt, debris, and residual feed, ensuring hygiene before further processing.
Inactivation
Larvae are exposed to heat treatment or blanching using steam blanchers or hot air ovens to deactivate enzymes and bacteria, ensuring microbial safety and improving lipid extraction efficiency.
Know more
Decontamination
Larvae are treated using steam, hot water, or organic acid washes to eliminate harmful microbes, pathogens, and contaminants, ensuring hygienic and safe processing.
Know more
Oil Separation
Extracted insect oil is separated from solids using screw presses or expellers, followed by centrifugation or filtration to remove impurities, ensuring high-quality insect lipids for poultry feed. The remaining solids are further processed into protein meal
Know more
Drying
The defatted Larvae is dried using rotary dryers to achieve the desired moisture content, ensuring long shelf life and optimal quality for poultry feed.
Know more
Grinding
The dried Black Soldier Fly Larvae (BSFL) meal is ground using hammer mills or pin mills to achieve a fine, uniform protein powder suitable for poultry feed formulation.
Know more
Fertilizer
Crushing
The dried Larvae rearing residue is broken down using hammer mills or crushers to achieve a finer, more uniform particle size before granulation or further processing into fertilizer.
Mixing
The crushed Larvae rearing residue is blended with additives like minerals, nutrients, or organic matter using ribbon blenders or paddle mixers to enhance the fertilizer’s nutrient composition and consistency.
Know more
Pelleting
Rearing residue is compressed into uniform pellets using pellet mills or granulators, improving handling, storage, and application efficiency as organic fertilizer.
Know more
Drying
The formed fertilizer pellets are dried using rotary dryers or fluidized bed dryers to reduce moisture content, enhance shelf life, and maintain product stability.
Know more
Sieving
The dried fertilizer pellets are passed through vibrating sieves to remove oversized or undersized particles, ensuring uniform pellet size for better application.
Know more
Insect Lipids
Washing
Larvae are thoroughly cleaned using vibrating screens and water sprayers to remove dirt, debris, and residual feed, ensuring hygiene before further processing.
Inactivation
Larvae are exposed to heat treatment or blanching using steam blanchers or hot air ovens to deactivate enzymes and bacteria, ensuring microbial safety and improving lipid extraction efficiency.
Know more
Decontamination
Larvae are treated using steam, hot water, or organic acid washes to eliminate harmful microbes, pathogens, and contaminants, ensuring hygienic and safe processing.
Know more
Oil Separation
Extracted insect oil is separated from solids using screw presses or expellers, followed by centrifugation or filtration to remove impurities, ensuring high-quality insect lipids for poultry feed.
Know more
Oil Purification
The separated insect oil is refined using plate filters, or activated carbon filtration to remove impurities, moisture, and residual solids, ensuring high-quality, clean insect lipids for poultry feed.
Know more
Fertilizer
Crushing
The dried Larvae rearing residue is broken down using hammer mills or crushers to achieve a finer, more uniform particle size before granulation or further processing into fertilizer.
Mixing
The crushed Larvae rearing residue is blended with additives like minerals, nutrients, or organic matter using ribbon blenders or paddle mixers to enhance the fertilizer’s nutrient composition and consistency.
Know more
Pelleting
Rearing residue is compressed into uniform pellets using pellet mills or granulators, improving handling, storage, and application efficiency as organic fertilizer.
Know more
Drying
The formed fertilizer pellets are dried using rotary dryers or fluidized bed dryers to reduce moisture content, enhance shelf life, and maintain product stability.
Know more
Sieving
The dried fertilizer pellets are passed through vibrating sieves to remove oversized or undersized particles, ensuring uniform pellet size for better application.
Know more
Protein Meal
Washing
Larvae are thoroughly cleaned using vibrating screens and water sprayers to remove dirt, debris, and residual feed, ensuring hygiene before further processing.
Inactivation
Larvae are exposed to heat treatment or blanching using steam blanchers or hot air ovens to deactivate enzymes and bacteria, ensuring microbial safety and improving lipid extraction efficiency.
Know more
Decontamination
Larvae are treated using steam, hot water, or organic acid washes to eliminate harmful microbes, pathogens, and contaminants, ensuring hygienic and safe processing.
Know more
Oil Separation
Extracted insect oil is separated from solids using screw presses or expellers, followed by centrifugation or filtration to remove impurities, ensuring high-quality insect lipids for poultry feed. The remaining solids are further processed into protein meal
Know more
Drying
The defatted Larvae is dried using rotary dryers to achieve the desired moisture content, ensuring long shelf life and optimal quality for poultry feed.
Know more
Grinding
The dried Black Soldier Fly Larvae (BSFL) meal is ground using hammer mills or pin mills to achieve a fine, uniform protein powder suitable for poultry feed formulation.
Know more
The Lambton Advantage
Precision automation
Our systems offer real-time pathogen detection and automated sanitation monitoring, protecting your poultry from contaminated feed.
Whether you're running a small-scale feed mill or a large commercial plant, our modular solutions scale seamlessly to match your production needs.
Our systems offer real-time pathogen detection and automated sanitation monitoring, protecting your poultry from contaminated feed.
Whether you're running a small-scale feed mill or a large commercial plant, our modular solutions scale seamlessly to match your production needs.
Optimum quality assurance
By leveraging big data insights, we help you minimize waste, reduce energy consumption, and maximize feed efficiency, delivering greater profitability.
Our AI-powered analytics track and optimize moisture levels, grain quality, and nutritional content in real time, ensuring every batch meets consistent quality standards.
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