Product Overview
The Sheep Head Cutting Machine is a specialized hydraulic cutting device developed for sheep and goat slaughterhouses. It is primarily used to split or open the sheep head after removal from the carcass, allowing efficient inspection, brain extraction, and by‑product processing.
Installed in the head processing section of the slaughter line, this machine provides a clean and consistent cut while significantly reducing manual labor compared with traditional cutting methods. The hydraulic drive delivers stable cutting force, making it suitable for continuous industrial production.
The machine is widely used in:
Sheep slaughterhouses
Goat slaughter plants
Halal meat processing facilities
By‑product processing workshops
Rendering and edible offal processing plants
According to the referenced HT product, the HT‑S306 Hydraulic Sheep Head Splitter is mainly used to open sheep heads using a hydraulic cutting mechanism.
Working Principle
After the sheep or goat head is removed from the carcass, it is positioned securely on the cutting platform.
A hydraulic cylinder drives the cutting blade downward with controlled force, splitting the head accurately along the center line. The processed head can then be transferred to inspection, cleaning, or further by‑product processing.
Hydraulic operation provides stable cutting pressure, improves operator safety, and ensures consistent cutting quality during continuous production.
Main Features
Heavy‑Duty Hydraulic Drive
The hydraulic power system generates strong cutting force for fast and reliable head splitting.
Accurate Cutting Performance
The precision‑guided blade ensures clean and uniform cuts, helping improve downstream inspection and processing efficiency.
Hygienic Stainless Steel Construction
Food‑contact parts are manufactured from stainless steel for:
Excellent corrosion resistance
Easy cleaning
Long service life
Safe Operation
The machine minimizes manual handling during cutting, improving operator safety while maintaining stable production.
Compact Industrial Design
Its compact footprint allows installation in existing sheep or goat slaughterhouses without requiring significant layout changes.
Easy Integration
The machine can be connected with:
Sheep Carcass Conveyor
Head Transfer Conveyor
Head Washing Machine
Head Inspection Table
By‑product Processing Line
Technical Specifications
| Item | Specification |
| Product Name | Sheep Head Cutting Machine |
| Model | HT‑S306 |
| Application | Sheep & Goat Head Processing |
| Cutting Method | Hydraulic Head Splitting |
| Drive System | Hydraulic |
| Operation | Semi‑Automatic |
| Construction Material | Stainless Steel / Hot Galvanized Steel |
| Suitable Animals | Sheep, Goat |
| Installation | Head Processing Workshop |
| Processing Type | Continuous Industrial Operation |
*Technical configuration is based on the referenced HT HT‑S306 product.
Application
The Sheep Head Cutting Machine is installed after the head removal station and before head inspection or further processing.
Typical process flow:
Live Sheep
↓
Stunning & Bleeding
↓
Skinning
↓
Head Removal
↓
Sheep Head Cutting Machine
↓
Head Inspection
↓
Brain / Tongue Processing
↓
By‑product Processing
Suitable applications include:
Sheep slaughterhouses
Goat slaughterhouses
Halal meat plants
Export meat processing facilities
By‑product processing workshops
Application Case
Commercial Sheep Slaughter Plant in Central Asia
A commercial sheep slaughterhouse processing approximately 180 heads per hour installed the Hydraulic Sheep Head Cutting Machine after the head removal station.
Integrated with the carcass conveyor and head inspection line, the machine improved cutting consistency, reduced manual labor, and accelerated downstream processing of edible by‑products.
Advantages
1. Powerful hydraulic cutting system
2. Clean and consistent head splitting
3. Suitable for sheep and goats
4. Hygienic stainless steel construction
5. Reduced labor intensity
6. Improved operator safety
7. Easy cleaning and maintenance
8. Compatible with complete slaughter lines
9. Reliable performance for continuous production
10. Low maintenance requirements
