Accurate Grain Process Solution - Roll Forming & Bending Machines

SCOPE OF USE:

Roller mills are used to grind the grains into flour in flour and samolina mills. this machines are specially designed for high extraction in lifelong grinding operations which grinds the grains between a set of rollers which is designed either smooth or fluted depending on the operation diagram.

Manufactured from highly izolated inner surface materials whichdoes not allow the particules to stick the surfaces.

Special carbon steel, monoblock, CNC processed chasisOptionally roller speed and gap control over PLC systemGrinding operation with 500-550 Brinell hardness special casted andperfect balanced rolls.

Precision adjustment option for the rollers gaps in micron sensivity

Maximum capacity and efficiency

Low energy consumption and maintenance costs

PLC system connectivity and operational

Easy roller dismantling and maintenance

Product feeding control system, adjustable

feeding and capacity 6-control

Parallel operating rolls

Noiseless and smooth operation

New model timing belt driven motor technology

Inspection glasses and aestethic appearance

Smooth handles and covers

Easy roller changing system.

Isolated vibro-free body

SCOPE OF USE:

Pellet mills working principle is, mash feed is forced outward through holes in a ring die by the action of two or three rollers, which is then cut to a predetermined size. Before mechanical process, steam can be injected into the conditioner at temperature 85 degrees celsius. The result of conditioning and pelleting process,

High quality
Advantage on stocking and handling of the product
Helps animals digestion
Strenghten the feed and avoids breakage and loss.
Low energy consumption
Low maintenance requirement
Minimum loss rate
starch is gelatanized, salmonella risk also is eliminated. Pelleting technology also used in pelleting wheat bran, bagasse, wood, plastics, papers, sewage sludge, chicken manure, classified MSW and chemicals. Die hole sizes usually range from 1.6 mm up to 22 mm.