Cutting Mill
| Power | 2.4 kw/3 HP,3 phase,430 V AC,50Hz |
| Applications | fine grinding |
| Field of application | agriculture, biology, chemistry / plastics, construction materials, engineering / electronics, environment / recycling, food, geology / metallurgy, medicine / pharmaceuticals |
| Feed material | soft, medium-hard, brittle, fibrous |
| Size reduction principle | By Cutting and shearing |
| Material feed size* | < 10 mm |
| Final fineness* | < < 1 mm |
| Feed Hopper Opening * | < 150mmx120mm |
| Rotor Speed | Variable upto 3000 |
Description
Eloquent cutting mills deliver exceptional efficiency in the primary size reduction of diverse, heterogeneous material mixtures. They are equally adept at processing soft, medium-hard, elastic, or fibrous samples. Designed for optimal operational safety and user convenience, these cutting mills feature a broad range of accessories, enabling seamless customization to meet various application needs.
APPLICATION EXAMPLES
- Grinding dried herbs and spices or milling grains to create consistent powders or flakes.
- pharmaceutical : reducing the size of plant materials
- Recycling of Electronic Waste (E-Waste): Cutting mills can process electronic waste, such as PCBs, cables, and plastics, breaking down the material into smaller particles.
- Fabrics, fibers, and threads : Cutting mills are used to size-reduce textiles and fibers into smaller pieces.
- Wood chips, leaves, bark, and other organic matter
PRODUCT ADVANTAGES
The cutting mill offers several significant advantages, making it an invaluable tool in a wide variety of industries. These advantages include:
- Versatility in Processing Diverse Materials
- High Efficiency and Performance
- Adjustable Particle Size Control
- Optimized for Tough and Fibrous Materials
- User-Friendly Operation
- High Operational Safety
FEATURES
- Adjustable Rotor Speed
- Versatile Cutting Blades
- Variable Sieve Sizes
- Robust and Durable Design
- Wide Range of Accessories
- Efficient Size Reduction
- Efficient Dust and Material Collection Systems
- High Throughput Capacity
FUNCTION PRINCIPLE
The principle of operation of the Eloquent cutting mill is based on the efficient size reduction of materials through a combination of cutting, shearing, and crushing actions. The sample is fed into the mill’s grinding chamber, where it is first processed by a rotor equipped with sharp blades. These blades rotate at high speeds and cut the sample into smaller pieces. The material is then further reduced in size by coming into contact with stationary blades or a sieve, which helps control the particle size.
The cutting mill’s rotor speed and the gap between the blades can be adjusted, providing flexibility for different material types and size reduction requirements. The result is a highly efficient, consistent, and controlled grinding process suitable for a wide range of sample materials, from soft to fibrous substances. The design also incorporates features for operational safety and ease of use, with options for adapting the mill to specific needs through various accessories.
