I. Definition and Working Principle
- Digital Grinding Machine is a laboratory equipment that
uses mechanical force to crush, mix, and grind samples. Its core working
principle utilizes rotational or vibrational forces to enable sample
refinement through collisions and friction between grinding media (e.g.,
agate beads, glass beads, stainless steel beads).
- Equipped with digital display and control system for precise
parameter settings (e.g., grinding time, speed) and real-time monitoring.
II. Key Features
- Precision Control: Digital interface enables exact
settings for grinding duration and rotational speed.
- Multi-functional Adaptability:
- Compatible with various grinding media
(agate/beads/glass/stainless steel)
- Applications span agriculture, food science, biology,
environmental science, and mineral processing
- Intelligent Automation:
- Overload/overheat protection
- Timed operation
- Automatic shutdown
- Maintenance-Friendly Design: Easy disassembly and cleaning
mechanisms
III. Application Fields
- Agriculture: Grain processing, oilseed analysis, soil
testing, tobacco preparation
- Food Industry: Feed homogenization, cheese processing,
fruit puree preparation
- Biology: Bone tissue grinding, hair sample preparation,
cell disruption
- Environmental Science: Fertilizer analysis, e-waste
recycling, sludge treatment
- Mineral Metallurgy: Alloy processing, coal crushing, ore
refinement
Disclaimer: The above content is for reference and communication only among industry insiders, and does not guarantee its accuracy or completeness. According to relevant laws and regulations and the regulations of this website, units or individuals who purchase related items should obtain valid qualifications and qualification conditions.
