Nice Engineering Works

• Our Atta Chakki has sturdy structure which is used in various implementations like flour mill, pulse splitting etc. 

• Raw material gets into the machine by the way of an inlet hopper. Two rolling stones crush the whole grain into fine flour. A hand operating knob is placed under the inlet hopper. Fine ground flour is subsequently thrown out with the help of the outlet segment.

• Knob for Adjusting speed of material.
• High capacity.
• 5B pulleys for high grip.
• Vertical shaft and double bearing for smooth operation.
• Integrated design with S.S. body.
• Fully automated.

• A pulverizer machine is used for seed, spice, and other agricultural products to grind them. Spices like coriander, cumin, fennel, black pepper, cardamom, etc. being processed in our machinery.

• The flat bars inside the machine are attached to the roller, grind the material finely. The material eventually drops onto the protecting sieve. This protecting sieve prevents the contaminated particles from entering into the material. Finally, the crushed material is collected by the way of the outlet box.

• High accuracy.
• Sturdy design.
• Highly lucrative.
• Reliable performance.
• Long lasting.
• Low maintenance cost.

Utilization

Nice Engineering Works Introducing the Pulse Splitter Machine, has sturdy structure which is used in various implementations like flour mill, pulse splitting etc.

Operation

Raw material gets into the machine by the way of an inlet hopper. Two rolling stones crush the whole grain into fine flour. A hand operating knob is placed under the inlet hopper. Fine ground flour is subsequently thrown out with the help of the outlet segment.

Features

• Knob for Adjusting speed of material.
• High capacity.
• 5B pulleys for high grip.
• Vertical shaft and double bearing for smooth operation.
• Integrated design with S.S. body.
• Fully automated.

• Dall Cooler performs numerous applications such as cooling, drying & absorbing. 

• Since it is an exposed structure, the material directly drops onto the perforated screen. Thereafter, the material spreads across the screen with the help of two powerful vibrating motors. A line of blower is placed beneath the perforated screen, used for generating the flow of air at substantial pressure. This flow of air eliminates the excessive amount of heat from the material and cools it down. The unheated material is discharged from the outlet box.

• Robust Design.
• Simple to clean.
• Powder coated.