1000–1500 KG/H Sheep Feed Crusher Machine in Turkey

SFSP66×60 Hammer Mill Configuration

The SFSP66×60 feed crusher machine provides a 600 mm-wide grinding chamber and a 660 mm rotor. Its reference forage capacity is 1,000–1,500 kg/h under suitable operating conditions. This is the relevant capacity range for evaluating the customer's hay and straw grinding duty; grain throughput should not be substituted for fibrous-material performance.

The high-speed rotor and hammers reduce material through repeated impact, while the selected screen helps control the size distribution of the discharged meal. Actual throughput depends on the incoming material, moisture, pre-cut length, screen aperture and required fineness. The feeder, conveying system and dust extraction equipment also need to be sized for the intended operating rate.

For this medium-scale feed mill, the purpose of selecting the SFSP66×60 grass crusher machine was to improve the reliability of forage preparation without automatically replacing the existing mixer and pelletizer. The final production rate still needs to be coordinated with the capacity of those downstream machines.

Preparing Alfalfa Hay and Cereal Straw for Sheep Feed

Alfalfa hay, barley straw and wheat straw can all be relevant ingredients in sheep feeding systems, but their nutritional value and physical properties are not interchangeable. Alfalfa supplies a different nutrient profile from mature cereal straw, and the appropriate inclusion rate depends on forage quality, animal requirements and the complete ration.

Before grinding, the mill needs to prepare each material for stable feeding:

• Alfalfa hay: Open compressed bales and inspect the material for mould, excessive dust, stones and foreign objects. Leaf loss during handling should be minimized.
• Barley straw: Check stem thickness, moisture and the proportion of coarse stalks. Long material should be cut down before entering the hammer mill.
• Wheat straw: Remove twine and other contaminants, and use preliminary cutting when the incoming stems are too long for consistent feeding.

For initial trials, pre-cutting long forage to approximately 20–40 mm can provide a practical starting point, subject to the material and feeder design. This is a preparation guideline, not a fixed requirement for every installation. Fresh or rain-wet forage should not be treated as ready for dry hammer milling; moisture correction or drying may be necessary before grinding.

Cleaning and magnetic protection ahead of the crusher help reduce the risk of stones, metal fragments and other contaminants damaging the machine. These measures are particularly important when agricultural residues are collected from fields and stored in bales.

Grinding Fineness for Sheep Feed Pellets

The customer required a more consistent forage grind for pellet production. A working particle-size target of approximately 2–4 mm was specified for the intended application, with the final setting to be confirmed through grinding trials and sieve analysis.

This range should not be interpreted as a universal particle-size requirement for all sheep feed. The suitable specification depends on whether the material is being incorporated into a pelleted ration or used in another feeding format, as well as the animal category and the overall formulation.

Screen aperture and actual particle size are also different measurements. Fibres can pass through a screen lengthwise, while repeated hammer impacts produce a distribution of smaller particles. For this reason, commissioning should evaluate representative samples rather than assume that the screen opening directly determines every particle's dimensions.

1. Inspect the dried forage and confirm that it is suitable for grinding.
2. Select a screen appropriate for the intended feed product and material characteristics.
3. Adjust the feeding rate to maintain stable machine loading.
4. Collect samples and check the fine, medium and coarse fractions.
5. Verify that the ground material mixes and pellets satisfactorily in the existing production system.

Finer grinding generally increases the work required per tonne and may reduce throughput. The objective is therefore to achieve the required feed specification at a practical production rate, rather than to grind every ingredient as finely as possible.

Integrating the Sheep Feed Grinder with Existing Equipment

The new sheep feed grinder in Turkey serves as a dedicated size-reduction stage in the mill's existing process. It does not replace the other machines responsible for weighing, mixing or forming the finished product.

• Raw forage is received, inspected and prepared for grinding.
• Suitable material is metered into the SFSP66×60 hammer mill.
• The crusher reduces the material to the required particle-size distribution.
• Ground ingredients are transferred to the existing mixer according to the feed formulation.
• Mixed feed proceeds to the pellet mill when the production order requires pellets.
• Finished feed is cooled, handled or packed according to the mill's existing configuration, where those stages are installed.

Before commissioning, the feed mill should verify that the receiving hopper, conveyor, dust extraction and discharge arrangements can support the crusher's intended operating rate. The mixer and pellet mill must also be able to accept the resulting material flow. A high crusher output offers little benefit if the downstream process cannot handle it.

Suitable cleaning and batch-management procedures remain necessary when changing between formulations. The hammer mill improves ingredient preparation, but finished sheep feed quality also depends on accurate formulation, weighing, mixing and appropriate processing conditions.

Installation Requirements and Operating Support

Replacing one machine can reduce the scope of an upgrade, but the new crusher still requires suitable electrical infrastructure, material handling and maintenance access.

Routine checks should include screen condition, hammer wear, bearing temperature, vibration and motor load. Changes in material moisture or stem content should also be considered when investigating a sudden drop in throughput. These checks help distinguish a raw-material problem from a mechanical or feeding issue.

RICHI's equipment support can include model selection, installation preparation, operating guidance and spare-parts recommendations. For a standalone sheep feed grinding machine, these details help the customer integrate the new unit into its current operation without committing to an unnecessary plant-wide replacement.

Shipping the Crusher to the Feed Mill Near Izmir

For this project, the shipment was planned by sea, followed by inland transportation from the Port of Mersin to the customer's site near Izmir. The final logistics arrangement depends on the carrier schedule, customs procedures and transport costs.

Mersin is one possible entry point, but it is not automatically the most economical port for every Turkish destination. For similar feed mill equipment orders near Izmir, the buyer and supplier should compare available routes, port handling charges and inland haulage against alternatives such as Izmir or Aliağa, where suitable vessel services are available.

Before dispatch, the customer should confirm the installation dimensions, lifting arrangements, electrical requirements and access for unloading. Preparing these items in advance can reduce delays between delivery and commissioning.

Customer Feedback on Daily Grinding Performance

During follow-up discussions, the feed mill manager highlighted the improvement in grinding consistency and the straightforward maintenance of the replacement machine. The customer also valued the technical guidance provided during installation and commissioning.

For a mill producing sheep feed from fibrous ingredients, dependable operation matters because a grinding interruption can affect the timing of subsequent mixing and pelleting batches. The new machine gives the customer a dedicated replacement for the worn crusher while allowing the rest of the production system to remain in service.

Performance should continue to be assessed through practical operating records, including tonnes processed, material moisture, screen selection, motor load and maintenance intervals. These measurements provide a more useful basis for evaluating operating efficiency than relying on nominal capacity alone.

Sheep Feed Crusher Machine in Turkey: A Targeted Equipment Upgrade

This project demonstrates how a standalone hammer mill can address a specific bottleneck in an existing sheep feed mill. By replacing the old crusher rather than rebuilding the entire plant, the customer could focus its investment on forage grinding and retain equipment that remained suitable for the required production process.

The SFSP66×60 provides a 55 kW grinding configuration with a reference forage capacity of 1,000–1,500 kg/h under suitable conditions. For Turkish sheep feed producers working with alfalfa hay, barley straw and wheat straw, the right selection depends on the incoming material, required particle-size distribution, operating schedule and downstream equipment capacity.

RICHI Machinery supplies hammer mill crushers and other feed-processing equipment for customers upgrading existing mills or planning new installations. If you are evaluating a sheep feed crusher machine in Turkey, share your raw materials, required fineness, hourly feed demand and existing mixer or pellet mill specifications to determine a suitable configuration for your operation.