High-Frequency Vibratory Manure Separator

The high-frequency vibratory manure separator is designed for continuous solid-liquid separation of livestock manure slurry. It combines high-frequency screening with mechanical pressing to capture solid manure, reduce the moisture of discharged solids, and lower the solids content in the separated liquid. With a raw material processing capacity of 30–50 m³/h, it is suitable for manure treatment and organic fertilizer pretreatment systems that require high throughput and reliable separation.

Applications

This separator is intended for solid-liquid separation of manure slurry in livestock and poultry farms, manure treatment projects, composting pretreatment and organic fertilizer production systems. The separated solids can proceed to composting or further fertilizer processing, while the separated liquid can enter the next treatment stage according to the project design.

Installation and Selection

Machine selection should consider daily manure volume, slurry solids concentration, operating hours, site layout, liquid collection facilities and downstream treatment requirements. The standard input voltage is 380 V. Confirm local electrical specifications and installation conditions before ordering.

Section	Parameter	Specification
Main Unit	Input Voltage	380 V
Main Unit	Total Power	11.4 kW
Main Unit	Pressing System Power	4 kW
Main Unit	Vibration Motor Power	2.2 kW × 2
Main Unit	Manure Pump Power	3 kW
Main Unit	Main Motor	Three-phase asynchronous motor
Main Unit	Overall Dimensions	3,800 × 2,100 × 1,800 mm
Main Unit	Weight	1.65 t
Main Unit	Feed Inlet Diameter	Ø75 mm
Main Unit	Water Outlet Diameter	Ø160 mm
Main Unit	Feed Pipe Diameter	Ø75 mm
Main Unit	Main Body Material	Manganese steel
Main Unit	Control System	4-channel stainless steel control system
Separation Unit	Screen Dimensions	2,400 × 1,200 mm
Separation Unit	Pressing Screen Diameter	180 mm
Separation Unit	Pressing Screen Length	800 mm
Separation Unit	Main Shaft Feeding Blade Thickness	8 mm
Separation Unit	Main Shaft Pressing Blade Thickness	8 mm
Separation Unit	Screen Mesh Size	150 mesh
Separation Unit	Filter Screen Aperture	0.3 mm
Separation Unit	Screen Material	304 stainless steel
Performance	Raw Material Processing Capacity	30–50 m³/h
Performance	Solid Manure Capture Rate	95%
Performance	Moisture Content of Discharged Solids	55–65%
Performance	Solids Content in Effluent	5%
Warranty	Main Shaft	Lifetime maintenance support
Warranty	Complete Machine	1-year warranty

Feeding: Manure slurry is transferred through the Ø75 mm feed inlet by the 3 kW manure pump.
High-frequency screening: Two 2.2 kW vibration motors drive the 2,400 × 1,200 mm screen. Liquid passes through the 0.3 mm apertures while solid manure is retained.
Solid conveying: Continuous vibration moves retained solids toward the pressing section and helps maintain stable screening.
Mechanical pressing: The 4 kW pressing system removes additional free water from the separated solids.
Discharge: Dewatered solids and separated liquid leave through independent outlets for subsequent handling or treatment.

30–50 m³/h capacity: supports continuous manure slurry treatment.
95% solid capture rate: improves solid material recovery for composting or organic fertilizer processing.
Dual-motor screening: two vibration motors provide stable high-frequency screening across a large filter area.
Integrated pressing: reduces the moisture content of discharged solids to 55–65%.
Fine filtration: the 150-mesh, 0.3 mm screen helps reduce effluent solids content to 5%.
304 stainless steel screen: provides corrosion resistance under wet manure handling conditions.
Integrated system: the manure pump, vibration motors, pressing system and 4-channel control system form a complete separation unit.

The cost of a fertilizer production line mainly includes the following aspects

The cost of each production line varies depending on production capacity, degree of automation, and specific needs. Fill in the form below and we will provide you with an accurate quote!

Equipment investment: core equipment such as crushing, mixing, granulation, drying, screening, and packaging.
Raw material costs:organic or chemical raw materials, additives, etc.
Labor costs:wages of workers, technicians, and managers.
Energy consumption:electricity, fuel (water, coal, natural gas, etc.)
Maintenance and depreciation: equipment repair, replacement of parts, etc.
Packaging and transportation: packaging materials, logistics costs.
Environmental protection and compliance:environmental protection equipment, emission management costs.

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Technical Strength

- The company was founded in 2005 and has been focusing on the research and development and manufacturing of organic fertilizer equipment for 20 years. It has built a 40,000m large-scale organic fertilizer equipment production base, using advanced granulation, drying and screening technologies to improve production efficiency and product quality.

- A self-operated import and export enterprise with more than 80 professional engineers worldwide, serving more than 100 countries and regions around the world, 5,000+ customer service cases, 10 processing centers, 3 laser cutting machines, and more than 60 equipment of various types.

- Maintaining long-term and extensive cooperation with many scientific research institutes and universities, with a professional R&D team, it can continuously optimize equipment performance according to market demand.
Equipment Quality

- High-strength wear-resistant materials, carbon steel Q235/Alloy are selected to ensure that the equipment is durable and reduce maintenance costs.

- Adopting intelligent control systems to improve the level of production automation and reduce manual dependence.

- ISO, CE, SGS international certification
Production capacity

- With large-scale production capacity, it can meet different production capacity requirements (small, medium and large production lines).

- A full range of equipment models, suitable for the production of various types of fertilizers such as organic fertilizer, compound fertilizer, biological fertilizer, water-soluble fertilizer, liquid fertilizer, etc.
Customized service

- Personalized design can be provided according to customer needs, including production capacity, site layout, environmental protection standards, etc.

- Provide a complete set of production line solutions, including equipment selection, installation and commissioning, technical training, etc.
Price advantage

- Direct factory supply, reducing the middleman link, and the price is more competitive.

- The equipment has high energy efficiency, reduces energy consumption, and helps customers reduce long-term operating costs.
After-sales service

- Direct factory supply, reducing the middleman link, and the price is more competitive.

- The equipment has high energy efficiency, reduces energy consumption, and helps customers reduce long-term operating costs.