Sample Dividers
Precision Sample Reduction with Maintained Representativeness
Overview
Sample Dividers provide precise and controlled reduction of sample mass, maintaining full representativeness throughout the preparation chain. Available as Rotary Dividers, Linear Dividing Systems, and Automated Fractioning Units.
Process Role
After initial splitting, further reduction is necessary to obtain laboratory-scale sample quantities suitable for fine grinding and analysis. Uncontrolled division introduces loss of representativeness, particle segregation, and analytical inaccuracies.
Engineering Principle
Controlled fractioning without segregation: all particles have equal probability of selection, material flow remains uniform, and sample fractions are consistent and repeatable.
Core Engineering Features
Precision Division Mechanisms
Engineered systems ensure accurate and repeatable division of material into smaller fractions.
Controlled Sample Fractions
Adjustable configurations allow precise control over output sample size.
Uniform Material Flow
Design ensures even distribution of material during division, preventing bias.
Enclosed Design
Dust-controlled enclosures maintain sample cleanliness and operator safety.
Application Areas
Process Impact
Engineering Outcome
Controlled sample fractioning. Maintained representativeness. Accurate laboratory input.
Operational Benefits
- Precise and repeatable sample reduction
- Maintained representativeness
- Reduced sampling bias
- Improved laboratory efficiency
Downloads
Sample Dividers - Product Datasheet
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Sample Dividers - Technical Specification
Coming Soon
Interested in the Sample Dividers?
Our engineers will assess your process conditions and recommend the optimal system configuration.