buhler automatic mill mlu 202

ENGINEERED FOR YOUR MATERIAL

Tell Us About Your Project

Share your material and required throughput. Our engineers will recommend the right crushing, sand making or beneficiation solution.

The Bühler Automatic Mill MLU 202 is a laboratory-scale flour mill designed for testing wheat and other grains to evaluate their milling properties and flour quality. Here’s an overview of its key features and functions:

buhler automatic mill mlu 202 Key Features:
1. Purpose:
– Used for small-scale milling (typically 200–300g samples) to simulate industrial milling processes.
– Helps assess flour yield, ash content, color, and other quality parameters.

2. Design & Operation:
– Fully automatic: Programmable settings for consistent, repeatable results.
– Two-roll system: Breaks the grain into fractions (flour, bran, middlings).
– Adjustable settings: Gap between rolls and feed rate can be modified for different grain types.

3. Output Analysis:
– Produces flour similar to commercial mills, allowing lab technicians to predict large-scale performance.
– Often paired with additional lab equipment (e.g., sieves, ash testers, farinographs) for comprehensive analysis.

4. Applications:
– Wheat quality testing for bakeries, mills, and research institutions.
– Breeding programs to evaluate new grain varieties.

Technical Specifications (Typical):
– Sample size: ~200–300g wheat.
– Roller dimensions: ~200 mm length (varies by model).
– Power supply: Electric (standard lab voltage).

buhler automatic mill mlu 202 Maintenance & Calibration:
– Regular cleaning to prevent cross-contamination between samples.
– Rollers may need occasional realignment or replacement due to wear.

Alternatives & Upgrades:
– Bühler also offers other lab mills like the MLU 202 Plus with enhanced automation or the larger MLU 302.
– Competitors include Chopin Lab Mill, Perten Laboratory Mill, or Foss Knifetec.

Would you like details on operation procedures, troubleshooting, or sourcing parts? Let me know how I can assist further!


Posted

in

by

Tags: