Product Introduction
The cutting grinding mill is suitable for pulverizing and
homogenizing samples of soft, medium-hard, tough, elastic, fibrous,
and synthetic materials. Utilizing the principles of cutting and
shearing, it gently and rapidly pulverizes samples. Its powerful
3kW drive expands its application range. When used in conjunction
with an optional cyclone separator, it can process small quantities
or lightweight samples.
Applications
1. Agriculture: Plants, roots, straw, rice straw, etc.
2. Chemicals and Plastics: PET prepolymer, plastic toys, polymer
resins, rubber, etc.
3. Environment: Wood, cables, cardboard, electronic waste, leather,
paper, etc.
4. Food and Feed: Animal feed, feed pellets, seasonings, dog chews,
etc.
5. Geology and Metallurgy: Aluminum slag, lignite, non-ferrous metals,
etc.
6. Medicine and Biology: Bones, traditional Chinese medicine, drugs,
pharmaceutical products, etc.
Technical Features
1. LCD touchscreen operation, simple and quick parameter setting
2. 3kW drive, powerful cutting, wider application range
3. Equipped with a movable support, can be placed on a test bench or
on the ground; the support has casters for easy movement
4. Equipped with a braking device and safety door control; the
instrument will not start when the door is open, ensuring personal
safety
5. Rapid grinding, low heat generation, suitable for pulverizing
heat-sensitive samples
6. The door can be opened; the rotary blade and bottom sieve can be
disassembled without tools, allowing for efficient grinding. The
chamber is easy to clean, preventing sample cross-contamination.
7. It has a reverse function to ensure normal instrument operation.
8. The sample output size is controllable, with different aperture
bottom sieves available.
9. A wide range of accessories are available, including various sample
inlet funnels, collection containers, rotary cutters, and bottom
sieves.
Working Principle
The sample enters the grinding chamber through the anti-splash
sample inlet hopper. The sample is cut and pulverized by the
shearing action between the rotating cutter and the fixed cutting
edge. The sample output size depends on the aperture of the bottom
sieve; a variety of bottom sieve specifications meet the needs of
various samples.
