China 0.3L Laboratory Bead Mill Horizontal Dyno Mill for Small Batch Processing and Research Applications for sale
China 0.3L Laboratory Bead Mill Horizontal Dyno Mill for Small Batch Processing and Research Applications for sale
China 0.3L Laboratory Bead Mill Horizontal Dyno Mill for Small Batch Processing and Research Applications for sale

0.3L Laboratory Bead Mill Horizontal Dyno Mill for Small Batch Processing and Research Applications

Compact 0.3-liter horizontal dyno mill designed for laboratory research and development. Features efficient grinding and dispersion capabilities for small batch processing in pharmaceutical, chemical, and material science applications. Ideal for precise particle size reduction and formulation development studies.

Place of Origin Chongqing, China
Seal Type Lip Seal
Packaging Details Non fumigation wood packaging
Main motor power 0.75KW
Model Number ZM0.3L
Supply Ability 30 set months
Product Description
Product Overview

The 0.3L Laboratory Bead Mill is a compact horizontal dyno mill designed for research and development applications. This multi-functional lab mill provides efficient grinding and dispersion capabilities for small batch processing.

Key Features
  • 0.3-liter grinding chamber capacity for small batch processing
  • Horizontal design ensures optimal bead distribution and grinding efficiency
  • Multi-functional operation for various laboratory applications
  • Precision control over grinding parameters and processing conditions
  • Compact footprint suitable for laboratory environments
Technical Specifications
Specification Value
Grinding Chamber Volume 0.3 Liters
Mill Type Horizontal Dyno Mill
Application Laboratory Research & Development
Design Multi-functional Laboratory Mill
Applications

Ideal for pharmaceutical research, chemical development, material science, and biotechnology applications requiring precise particle size reduction and dispersion in small volumes.

Laboratory Advantages

This 0.3L bead mill offers researchers the ability to conduct small-scale experiments with the same efficiency and control as larger industrial systems, making it perfect for formulation development and process optimization studies.

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