
Laboratory Hammer Mill for Grain Samples
The mill grinds wheat and other grain into whole meal for gluten, alpha-amylase and starch pasting tests and for near-infrared analysis.

Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Mill Type
- Hammer mill with cyclone collection
- Hammer Speed
- 16,800 rpm
- Motor Power
- 750 W
- Grinding Chamber Diameter
- 110 mm
- Screen Aperture
- 0.5, 0.8 or 1.5 mm
- Power Supply
- 220 V ±10 V AC, 50 Hz
Grain feeds from a clear hopper into the grinding chamber, where the hammer breaks the kernels until the particles pass through the screen plate. An air stream carries the meal to a cyclone beside the cabinet. The cyclone separates the meal from the air and drops it into a stainless steel collection cup. A smaller screen aperture gives finer meal.
An automatic feeder can be mounted directly on the mill to meter high-moisture samples and shelled corn into the chamber at a steady rate.
Sound-insulating material lines the cabinet. The mill also has a built-in protection switch and a thermal cutoff in the motor, which shuts the mill down if the motor overheats.
Pair the mill with our grain alpha-amylase activity tester and wet gluten tester for wheat quality work, or with the near-infrared grain analyzer for composition. Use a grain divider to sample the lot before grinding, and laboratory test sieves to check particle size after.
Mill Type
- Hammer mill with cyclone collection
Hammer Speed
- 16,800 rpm
Motor Power
- 750 W
Grinding Chamber Diameter
- 110 mm
Screen Aperture
- 0.5, 0.8 or 1.5 mm
Power Supply
- 220 V ±10 V AC, 50 Hz
Dimensions
- 530 × 530 × 650 mm
Net Weight
- 51 kg
Setup Guide
Will the mill run on 120 V, 60 Hz power?
No. It is built for 220 V ±10 V AC at 50 Hz. If your lab runs on 60 Hz, request a quote before you order so we can confirm the power options for your lab.
When should I choose a hammer mill over a knife mill or ball mill?
Choose a hammer mill for dry grain that needs a set fineness for whole-meal tests. Knife mills suit soft, fibrous or oily material, and ball mills grind inside a closed jar to a very fine powder.
How do I prevent carryover between samples?
Empty the collection cup after each sample, then grind a small portion of the next sample and discard it to clear residue from the previous one.
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