This advanced Laboratory Bead Mill delivers precise milling performance optimized for food, paint, chemical, and mining industries. Engineered for laboratory and small-scale production, it features digital controls, durable SUS304 stainless steel construction, and operates at noise levels below 70 dB for a comfortable working environment.
Key Features
Product Name: Laboratory Bead Mill
Motor Power: 2.2KW for efficient grinding performance
Capacity: 2-3L suitable for laboratory-scale operations
Dispersing System: Disc with centrifugal turbines for uniform dispersion
Mill Type: Disc Grinder designed for precise milling
Construction: SUS304 stainless steel for corrosion resistance
Noise Level: Less than 70 dB for quieter operation
Operation: Digital control panel for precise parameter adjustment
Design: Compact footprint with easy maintenance and operation
Technical Specifications
Parameter
Specification
Grinding Chamber Volume
100 ml
Main Motor Power
2.2KW
Capacity Range
2-3L
Noise Level
< 70 dB
Construction Material
SUS304 Stainless Steel
Weight
35 kg
Industry Applications
This versatile bead mill serves multiple industries with precision grinding and dispersion capabilities:
Food Industry: Fine grinding and homogenization of ingredients for improved texture and stability
Paint Industry: Effective dispersion of pigments and additives for superior color consistency
Chemical Industry: Precise particle size reduction and compound dispersion
Mining Industry: Processing mineral samples and component extraction
Research & Development: Laboratory experiments, sample preparation, and material testing
Customization Services
We offer tailored customization services for our Laboratory Bead Mill to meet your specific operational requirements. Modifications can include capacity adjustments, structural changes, and dispersing component optimization to ensure optimal performance in your specific industry application.
Operational Benefits
The intelligent standardized structure ensures reliable performance with enhanced control over grinding parameters. The compact design facilitates easy integration into laboratory workflows while maintaining high-energy milling efficiency for consistent, reproducible results.