Video

Our flat-die cattle feed making machine is shown running on a real farm, turning low-cost crop residues and grains into dense feed pellets, then feeding them straight to goats and cattle. Raw materials in the clip include straw, corn and hay - the kind of feedstock most smallholder ruminant farms already have on hand. The footage shows steady pelleting, stable machine operation, and the animals eating the fresh pellets readily, which confirms both pellet quality and palatability under real on-site conditions.

• Capacity & energy: the flat-die design delivers continuous hourly output at low motor power - built for on-farm use, including sites with only single-phase or generator supply. [Fill real kg/h and motor power / diesel rating]
• Raw-material compatibility: handles fibrous and coarse feedstock better than most small mills - straw, corn, hay, alfalfa, grass, maize, wheat bran and silage residues all pelletize reliably. Changing recipes only needs a die swap and a roller-gap adjustment.
• Maintenance: the flat die and rollers are the only major wear parts; both lift out quickly for replacement, and we supply drawings so a local workshop can also make them.

• Site requirements: low-height, compact footprint fits a farm shed or existing barn-no dedicated factory building or special foundation needed.
• Investment budget: far lower entry cost than a ring-die industrial line; a practical first step for farms tired of buying expensive commercial feed.
• Spare parts & after-sales: die and roller ship in a spare-parts kit with the machine; we provide drawings and remote guidance so you can replace them without downtime.
• Local parts procurement: standard die and roller dimensions mean local machine shops can also supply them-you are not locked to a single supplier.
• Multi-material processing: one machine covers straw, corn, hay, and other residues for goats, cattle, sheep and rabbits-no separate equipment per animal type.

Our engineers run a Ring Die feed pellet making machine under load as a pre-shipment quality check. Using a poultry/cattle feed formulation, the machine runs continuously in a real workshop setting, showing pelleting stability, pellet formation and post-cooling appearance-a verification step before the unit leaves the factory.

• Capacity & energy: ring-die design delivers high hourly output at low specific energy. [Fill real t/h and motor power]
• Raw-material compatibility: corn, soybean meal, straw, and forage powders all pelletize well; recipe change only needs conditioning and die adjustment.
• Maintenance: ring die and rollers are standardized wear parts for quick swap; key bearings use thin-oil lubrication for longer continuous runs and less downtime.

• Site requirements: compact footprint for a single mill; a full line needs planned space for crushing, mixing, cooling and packing.
• Investment budget: low entry cost as a single machine - a safe "start small, scale later" first step without heavy capex.
• Spare parts & after-sales: die, roller and knife ship in a spare-parts kit with drawings, so local machine shops can also supply them.
• Multi-material processing: yes - any qualified powder (correct moisture and fineness) pellets reliably, covering poultry, livestock and high-fiber forage.

A dry-type single-screw fish feed extruder machine is tested at around 200 kg/h during final inspection before packing and shipment. Using a fish-feed powder formulation, the video shows extrusion, a floating-rate check in water, and pre-packing quality control.

• Capacity & energy: 200 kg/h entry-level output with low power draw-ideal for small farms and fast payback.
• Raw-material compatibility: fish meal, soybean, and corn-based formulas all float-extrude well; dies cover 1–9 mm.
• Maintenance: boiler-free and simplified; screw and die are standardized, and a new operator can learn in half a day.

• Site requirements: no boiler or steam system - just power and standard workshop space, very small footprint.
• Investment budget: low entry cost; replacing purchased feed with your own pays the machine back within months.
• Spare parts & after-sales: screw, die and knife are standardized and ship in a kit; locally machinable.
• Multi-material processing: yes - standard fish-feed formulas float-extrude; change the die for different sizes.

A customer visits our factory to witness a Wet-type Twin screw floating fish feed pellet extruder machine running at 1000–1200 kg/h. The footage shows steam conditioning, twin-screw extrusion and uniform floating pellets - a commercial-scale on-site acceptance test.

• Capacity & energy: 1.0–1.2 t/h commercial output; steam conditioning raises starch gelatinization and feed digestibility.
• Raw-material compatibility: handles high-fat and high-moisture recipes; produces both floating and sinking feed.
• Maintenance: co-rotating twin screws wear evenly and last longer; modular wear parts enable planned maintenance with minimal downtime.

• Site requirements: needs a boiler/steam source and conditioning section - suitable for feed plants or large farms with planned land.
• Investment budget: higher unit cost than dry type, but lower per-ton cost and quality premium support faster commercial ROI.
• Spare parts & after-sales: core screw assemblies supplied as OEM spares with drawings; engineer on-site for installation and training.
• Multi-material processing: yes - especially recipes with high fat or moisture that dry-type machines struggle with.

A Dry Type sinking shrimp feed pellet extruder machine is trialed with a slow-sink formulation. The video shows pellets sinking steadily without breaking up, with diameter and hardness checked on site.

• Capacity & energy: sink density is controlled via conditioning and screw parameters; capacity spans small to commercial models.
• Raw-material compatibility: suited to high-protein shrimp formulas; binders tune the sink rate for different growth stages.
• Maintenance: standardized die and screw; easy cleaning between runs avoids cross-contamination.

• Site requirements: the sinking section integrates into an existing line-no large extra facilities needed.
• Investment budget: upgrade the die/process on your current platform; low marginal cost.
• Spare parts & after-sales: sinking-specific dies are available separately, so they don't hold up the whole line.
• Multi-material processing: yes-switch the float/sink process on the same platform for shrimp and fish.

A Dry Type single screw fish feed processing machine produces 6 mm floating fish feed at 300–500 kg/h. Running in a real workshop, it shows extrusion, a floating-rate check and appearance inspection, with a measured floating rate of about 96% - the best-value setup for small and mid-size farms.

• Capacity & energy: 300–500 kg/h, boiler-free, low running cost.
• Raw-material compatibility: standard fish-feed formulas float-extrude well; dies cover 1-9 mm for tilapia, catfish, and more.
• Maintenance: simplified design with few wear parts; a new operator can learn in half a day.

• Site requirements: no boiler, no steam-plug in and produce in a standard workshop.
• Investment budget: skipping the boiler saves 30–50% upfront; making your own feed pays back in 4–8 months.
• Spare parts & after-sales: screws, dies, and knives are standardized and shipped in a kit; locally machinable.
• Multi-material processing: yes-standard fish-feed formulas float-extrude; change the die for size.

A Diesel Dry-Type aquatic feed extruder runs at 120–150 kg/h with no grid connection, producing floating fish feed-built for off-grid farms and generator-only sites.

• Capacity & energy: 120–150 kg/h is enough to feed your own pond and sell surplus; diesel-driven, fully grid-free.
• Raw-material compatibility: standard fish-feed formulas float-extrude; multiple sizes via die change.
• Maintenance: power and extrusion units are decoupled; the diesel engine is generic and easy to repair, while extrusion wear parts are standardized.

• Site requirements: no grid needed-villages, lakesides, and off-grid farms can all produce feed.
• Investment budget: avoids three-phase grid upgrades and boiler costs.
• Spare parts & after-sales: a generic diesel engine is repaired locally; extrusion wear parts are standardized.
• Multi-material processing: yes-standard fish-feed formulas float-extrude.

Italian customers visit our factory to witness a Wet-type Twin screw floating fish feed pellet making machine on site. It produces 2.5 mm uniform floating pellets measured at ±0.1 mm tolerance, under 1% fines, 98.5% floating rate, and about 3.5 t/h-a quality acceptance test for demanding markets.

• Capacity & energy: about 3.5 t/h commercial output; steam conditioning improves gelatinization and digestibility.
• Raw-material compatibility: handles high-fat and high-moisture recipes; produces both floating and sinking feed.
• Maintenance: twin screws wear evenly and last longer; modular wear parts enable planned maintenance.

• Site requirements: needs steam and a conditioning section - suited to commercial feed plants with planned land.
• Investment budget: higher unit cost, but ±0.1 mm consistency and premium positioning support the return.
• Spare parts & after-sales: core screw assemblies supplied as OEM spares with drawings; engineer on-site for commissioning and training.
• Multi-material processing: yes - especially high-fat recipes that dry-type machines can't handle well.

A Dry Type dog food pellet extruder machine produces triangular-shaped dog food kibble. The video shows conditioning, extrusion, knife cutting and uniform output - highlighting stable consistency of the custom shape.

• Capacity & energy: continuous, stable kibble output at low unit cost. [Fill real kg/h]
• Raw-material compatibility: meat meal, cereals and vegetable powders all process; molds create multiple shapes.
• Maintenance: knife and die swap quickly; easy cleaning avoids flavor cross-contamination between runs.

• Site requirements: extrusion, drying and coating fit a standard workshop with controllable footprint.
• Investment budget: shaped kibble carries a premium, so the line pays back faster than commodity feed.
• Spare parts & after-sales: standardized die and knife enable fast shape changes without missing delivery windows.
• Multi-material processing: yes - recipe and shape are both customizable to your brand

A complete feed pellet production line is trialed end to end - from crushing and mixing through pelleting, cooling, screening and packing - running continuously and stably, showing whole-line coordination and finished-product consistency.

• Capacity & energy: line-wide coordination lowers specific energy per ton. 
• Raw-material compatibility: unified handling of powders, pellets and additives with flexible recipes.
• Maintenance: single supplier and single control logic make fault location and spare-part management simpler.

• Site requirements: needs planned flow and building height; we deliver a layout drawing so setup is easier.
• Investment budget: higher one-time cost than a single machine, but lower unit cost and less labor.
• Spare parts & after-sales: unified spare-parts kit and remote guidance avoid vendor finger-pointing.
• Multi-material processing: yes - the line is configured flexibly by recipe.

A floating fish feed production line is tested in the factory. The extruder, dryer, cooler, and crumbler run together and deliver uniform, stable floating fish feed-showing commercial-grade aquafeed consistency.

• Capacity & energy: extrusion + drying + cooling integrated, with controlled loss. 
• Raw-material compatibility: suited to high-protein aqua formulas; float/sink process can be switched.
• Maintenance: one control logic across the line makes operation and servicing simpler.

• Site requirements: needs dryer and cooler space; we provide layout and utility advice.
• Investment budget: lower unit cost and stable quality help commercial feed plants profit.
• Spare parts & after-sales: core wear parts supplied uniformly, with remote and on-site support.
• Multi-material processing: yes - float/sink and multiple sizes all covered.

A complete dog food production line is shown in manufacturing and trial - extrusion, drying, flavor coating and packing - demonstrating continuous production from recipe to shelf-ready bag.

• Capacity & energy: continuous kibble output at low unit cost. 
• Raw-material compatibility: meat, cereal and vegetable formulas process; shape and coating are customizable.
• Maintenance: same-source manufacturing means faster commissioning and unified spare parts.

• Site requirements: needs drying and coating sections; we provide a layout drawing.
• Investment budget: private-label kibble carries a premium, beating contract manufacturing on return.
• Spare parts & after-sales: same-source build means one-stop spare parts and support.
• Multi-material processing: yes - recipe and shape are customizable.

A 300–500 kg/h pet food production line is trialed. Even at a moderate scale it keeps kibble uniform and color consistent - a good fit for growing pet-food plants.

• Capacity & energy: moderate 300–500 kg/h with low capex and fast payback.
• Raw-material compatibility: multiple recipes process; shape is customizable.
• Maintenance: modular design lets you add capacity later instead of over-buying now.

• Site requirements: fits a small or mid-size workshop with flexible layout.
• Investment budget: low entry cost; scale up as your brand grows.
• Spare parts & after-sales: wear parts are standardized and ship in a kit.
• Multi-material processing: yes - recipe and shape are customizable.

A twin-screw puffed snack production line is shown in a factory working test - continuous extrusion of multiple snack shapes with cutting and flavoring, demonstrating one-machine, multi-product flexibility.

• Capacity & energy: continuous, stable output at low unit cost. [Fill real kg/h]
• Raw-material compatibility: corn, rice and potato bases all process; die and recipe create multiple shapes.
• Maintenance: wear-resistant twin screw with modular wear parts for planned maintenance.

• Site requirements: standard workshop with coating and drying support.
• Investment budget: one flexible machine across many SKUs lowers per-line capex.
• Spare parts & after-sales: wear parts are standardized and ship in a kit.
• Multi-material processing: yes - recipe and shape switch flexibly.

The video walks through our machining workshop, assembly bays and quality-control areas, showing real manufacturing capability and pre-shipment testing - the trust signal overseas buyers use to tell a real factory from a trading middleman.

• Manufacturing capability: in-house machining and assembly keep lead times and quality under control.
• Quality control: load testing before shipment reduces the risk of arrival surprises.
• Maintenance: OEM spares with drawings plus remote and on-site guidance give a complete after-sales chain.