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Specific Gravity Separator Vibrograder MTLC – efficient classification into three fractions.

- Improved quality of the end product
- Easy to operate
- Minimal maintenance requirements

Specific Gravity Separator Vibrograder MTLC.

The specific gravity separator Vibrograder MTLC is used in grain milling for the classification and separation of granular materials into high-density (heavy), mixed and low-density fractions. For example, the Vibrograder MTLC can classify and/or separate crushed corn (maize), corn germ and endosperm, light impurities from durum, ergot from wheat or light and shriveled grain from seed. Outstanding classification improves the quality of the end product.
The specific gravity separator Vibrograder MTLC provides excellent classification efficiency and thus ensures improved quality of the end product – at a continuous and consistent quality level:
  • Using intelligently conceived air distribution, the material being fed through is precisely separated into three fractions according to specific gravity: high-density (heavy), mixed, and low-density fractions. Throughput can reach a maximum of 2.5 t/h.
  • As an option, the Vibrograder's field of application can be expanded: At lower capacities, the machine can be employed as a destoner with an auxiliary stone outlet.

Easy to operate – for precise adjustment in classification.
Depending on how the machine is adjusted, the user can determine precisely the points at which separation into high-density, mixed and low-density fractions should take place. Precise adjustment of the Vibrograder MTLC can be done in extremely user-friendly fashion: All it takes is a few quick adjustments done by hand.

Minimal maintenance requirements thanks to an optimized design.
The maintenance required by the Vibrograder MTLC is minimal:

  • When used with difficult materials, the replaceable separation plates make the periodic cleaning of the screen significantly easier.
  • A suction system with integrated polyester hood ensures that the machine and surrounding environment remain dust-free.