1.0–1.5 T/H Chick Feed Pellet Making Machine for Poultry Hatchery in Uzbekistan

A Hatchery-Linked Starter Program Needs a Different Product from Grower Feed

The customer uses the machine for early-stage broiler feed because starter products are physically different from normal grower and finisher pellets. Young chicks need a small, accessible feed particle, while later birds can handle larger pellets. Keeping a dedicated small machine lets the feed team schedule starter campaigns without interrupting the larger presses used for higher-volume broiler feeds.

The project is therefore linked to the hatchery business but the feed is consumed after chick placement, not inside the hatchery building. This distinction matters for capacity planning: the poultry feed pellet machine is sized around the number of chicks entering broiler production and the starter-feed program supplied to farms, rather than around incubator capacity alone or a headline annual feed figure unrelated to the machine.

Uzbekistan also suits a formulation based on cereals and oilseed meals, but the plant does not lock every batch to one national recipe. Wheat, maize where economical, soybean meal, sunflower meal, vegetable oil, minerals, vitamins and amino acids can all appear according to nutrient targets and procurement. The pellet mill forms the feed; it does not determine the nutritional specification.

SZLH250 Configuration for Dedicated Chick Starter Production

The 1.0–1.5 T/H range is a machine reference, not a guarantee for every starter formula. Small die openings, higher fibre, fat level, mash fineness, conditioning quality and required pellet durability can all affect throughput. The plant therefore schedules starter production from observed tonnes per hour and effective operating time rather than assigning the machine an unrealistic annual output.

At roughly 2,000 effective pelleting hours per year, a machine operating within this range represents about 2,000–3,000 tonnes of forming capacity before allowing for maintenance, die service and formula effects. That scale is much more consistent with a dedicated starter-feed role than using one SZLH250 as if it were responsible for ten thousand tonnes of annual chick feed.

Final Chick Feed Size Is 1.5–2.5mm Crumble, Not a Large Direct Pellet

The main commercial product is a screened crumble fraction of approximately 1.5–2.5 mm for early broiler feeding. The SZLH250 chicken feed making machine first produces a parent pellet around 3 mm, which is cooled and then broken in a crumbler. Screening removes excessive fines and oversize pieces so the feed presented to young chicks is more uniform than a mix of whole pellets and uncontrolled powder.

This route is more credible than treating a 2.5 mm direct pellet as the universal feed for newly hatched chicks. Very young birds commonly receive crumble or fine starter particles, while larger starter or grower birds can move toward 3 mm and later 4 mm-class pellets. The exact transition depends on bird size, feeding system and nutrition program rather than a fixed age printed into the pellet-mill specification.

Particle size also remains separate from biological performance. A 2 mm crumble does not by itself reduce mortality, improve growth or guarantee feed conversion. Those outcomes depend on chick quality, formulation, disease control, housing, water, temperature and farm management. The equipment’s role is to provide a controllable physical feed form that matches the starter program.

Where the Chick Feed Pellet Making Machine for Poultry Hatchery in Uzbekistan Fits the Process

1. Grain and coarse ingredients are ground to the particle distribution required for chick starter feed.
2. Macro ingredients, premix and micro additions are weighed and mixed to the approved formula.
3. Conditioned mash is metered into the SZLH250 for ring-die pelleting.
4. Approximately 3 mm parent pellets leave the pellet mill and enter the cooler.
5. Cooled pellets pass through a pellet crumbler machine to create the required starter fraction.
6. Screening separates 1.5–2.5 mm usable crumble from excessive fines and oversize material.
7. Qualified feed moves to storage or packing for dispatch with the broiler starter program.

The Chick Feed Pellet Making Machine for Poultry Hatchery in Uzbekistan performs the forming step only. It does not replace fine grinding, accurate batching, mixing, cooling, crumbling or screening. This is especially important for starter feed because a feed pellet machine can produce a strong parent pellet while the final chick product still fails if the crumbler or screen delivers an unsuitable particle distribution.

The existing animal feed hammer mill is checked against the starter formula rather than accepted automatically. Coarse cereal particles can create weak small pellets and uneven crumble, while excessive fine grinding raises power demand and can increase dust. The feed team therefore selects screens from the required mash distribution and verifies the result by sieve analysis instead of equating hammer-mill screen opening with final feed size.

Conditioning Settings Follow the Formula, Not a Fixed Temperature Table

The plant does not assign one permanent conditioning temperature, steam percentage or die compression ratio to every starter batch. Wheat-rich formulas, maize-rich formulas, higher-oil recipes and meals with different fibre levels respond differently to moisture and heat. Operators establish settings from pellet quality, motor load, mash condition and feed-safety requirements rather than copying one number across all formulations.

Pre-pellet oil is also managed carefully because higher fat can reduce die friction while weakening pellet durability. Where the nutrition program requires more liquid fat, the plant evaluates how much should enter before pelleting and whether part is better applied later. This keeps nutrition decisions and mechanical pellet quality in balance without claiming that one oil percentage is correct for every chick starter formula.

Steam quality matters as much as the temperature shown on a sensor. Wet steam, unstable pressure or condensate carryover can make mash moisture inconsistent and disturb pellet formation. The small SZLH250 section therefore needs a reliable steam interface even though the main motor is only 22 kW, and the conditioner setting is confirmed during production trials with the actual local ingredient mix.

Cooling, Crumbling and Screening Decide the Final Starter Product

The counterflow pellet cooler is matched to the instantaneous output of the SZLH250 rather than average daily feed demand. Parent pellets must lose process heat before crumbling so the structure is stable enough to break cleanly instead of smearing or generating excessive fines. The crumbler then needs an adjustable roll gap that can produce the desired fraction without crushing the entire batch into meal.

Screening closes the physical-size control loop. Oversize pieces can return to the crumbling step where the process design allows it, while fines are handled according to the plant’s rework and traceability rules. The finished starter feed is judged from the screened particle distribution, not simply from the 3 mm ring-die hole used to make the parent pellet.

Because the feed is intended for very young poultry, cleanout and cross-contact control are also important around the mixer, conditioner, cooler and crumble section. Medication programs, coccidiostats or other controlled additives require the plant to follow its feed-safety procedures and applicable regulations. The pellet mill does not remove cross-contact risk merely because batches are small.

Landlocked Logistics and Future Starter-Feed Capacity

Uzbekistan is landlocked, so machinery can move from China by rail and road through Central Asian corridors rather than requiring a sea route through Georgia. The final transport plan depends on carrier service, border procedures, package dimensions and the installation site. The project therefore avoids fixed transit days and focuses site preparation on foundations, electrical supply, steam, access and maintenance clearance.

More starter-feed capacity is considered only when the SZLH250 feed pellet mill is regularly utilized and the grinder, mixer, cooler, crumbler and screener still have reserve. If the crumble section is already full, a larger pellet mill would only move the bottleneck. The integrated poultry company first checks effective campaign hours and final screened tonnes before selecting another press or upgrading downstream equipment.

For another buyer evaluating a Chick Feed Pellet Making Machine for Poultry Hatchery in Uzbekistan, the key inputs are chicks placed per month, starter-feed supply period, mash particle distribution, formula fat and fibre, parent-pellet diameter, required crumble fraction, hourly demand, cooler and crumbler capacity, steam quality, electrical supply and available feed-mill space.