Fibrous material dewatering press

Efficiently remove excess moisture from a variety of fibrous materials, enhancing process continuity and improving material handling in your production line.

The VetterTec Mechanical Screw Press is engineered for efficient dewatering across multiple industries, ranging from agrifood production to environmental applications. This system employs a simple yet effective screw compression mechanism, expertly designed to handle fibrous materials by leveraging mechanical or hydraulic operations with infinitely variable speed control. Ideal for processing products such as wheat gluten, corn fibers, and citrus fruit peels, it excels in delivering compact, dry solids out of slurry inputs. Tailored for both continuous and variable-speed operations, the VetterTec Screw Press integrates seamlessly into existing production lines, ensuring energy efficiency and process reliability. Constructed from high-grade materials, it offers enhanced corrosion resistance and longevity, suitable for aggressive environments. With an option for customization and compliance with industry standards, it ensures seamless integration and operational excellence in your production line.

Benefits

  • Enhances moisture removal efficiency to optimize downstream processing and product quality.
  • Reduces operational costs through variable-speed control and energy-efficient design.
  • Customizable to meet specific industry requirements, ensuring versatile applications across sectors.
  • Facilitates compliance with stringent industry standards for hygiene and safety.
  • Minimizes maintenance with robust construction and integrated cleaning systems.
Applications
Food,Brewery,Environmental,Ethanol,Starch and grain,Pulp and paper,Chemical,Alcohol
End products
Barley mash,Coffee grounds,Wheat gluten,Corn fiber,Paper sludge,Mineral fibers,Fertilizer,Plastic fibers,Corn germ,Citrus fruit peel,Compost,Fermented cereals,Spent grains,Cellulose acetate
Steps before
Grinding,Purification,Mixing,Fermentation
Steps after
Drying,Packing,Compacting,Blending
Input ingredients
fibrous materials,wheat gluten,corn fibres,corn germ,barley mash,coffee grounds,pectin,salad,vegetables,potatoes,citrus fruits (peel and pectin),silage material (grass,rye,corn),fermented cereals,spent grains,by-products from paper production (paper sludge),leaves,grass,eucalyptus,biological waste,fermented organics,pharmaceutical residues,cellulose acetate,plastic fibres,mineral fibres,alcalics (Cl,S,etc.) prior to combustion plants
Output ingredients
dewatered product,DDGS,compost,fertilizer
Screw design
Cylindrical / Conical
Compression force
Screw compression
Drive type
Mechanical / Hydraulic
Speed control
Infinitely variable / Electronic
Screen perforation
Optimized for application
Pressing method
Screw Presses
Dewatering area
Significant increase
Operation principle
Compression and releasing through screen
Design customization
Heavy duty / Food standard / GMP adaptation
Example industries
Starch,Food,Alcohol/Brewery,Environmental
Screen basket execution
Specific and resistant
Cleaning method
Optional Wash System
Working Mechanism
Screw Press Compression
Integrated Steps
Compression,Separation,Discharge
Batch vs. continuous operation
Continuous
Automation level
Infinitely Variable Speed
Cleaning Method
Optional Wash System
Adaptability
Tailored Design for Applications
Density/Particle Size
0.5–2.5 g/cm³ / 50–1000 µm
Screw design
Conical / Cylindrical
Standard design
Cylindrical / Conical
Basket Design
Screen basket optimized for dewatering
Drive Unit Type
Mechanical / Hydraulic
Feed method
Through Filling Box (Feed Hopper)
Discharge method
Via Discharge Box
Enclosure
Optional with Wash System
Retention Cone
Standard feature
Footprint
Compact,tailored design
Screw Press Design
Customized to Application
Market info
VetterTec is known for engineering and manufacturing industrial drying and dewatering solutions, particularly for the food, brewery, chemical, and environmental industries, leveraging extensive experience in delivering efficient and reliable tailored systems.