Rice Polishing Machine

Name: Rice Polishing Machine
Brand: PANESAR ENGINEERING WORKS
Price: 375000 INR
Availability: InStock

Price 375000 INR/ Piece

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MOQ : 3 Plants

Rice Polishing Machine Specification

Type
Rice Polishing Machine

Material
Mild Steel (Body), Stainless Steel (Polishing Chamber)

Capacity
2500-3000 Kg/Hr

Computerized
No

Automatic Grade
Automatic

Belt Size
B 45 X 2000 mm

Diameter Of Pulley
200 mm

Size
Medium

Width
780 mm

Color
Green & White

Weight
500 Kg

Dimension (L*W*H)
1900 x 780 x 1300 mm

Driving Mode
Belt Driven

Noise Level
Low

Number Of Rollers
1

Output Quality
Uniform, Shiny Rice

Surface Finish
Powder Coated

Feed Hopper Capacity
120 Kg

Frequency
50 Hz

Usage/Application
Rice Mill, Food Processing Plants

Polishing Degree
High Gloss Output

Voltage
420 V

Power Requirement
15 HP

Rice Polishing Machine Trade Information

Minimum Order Quantity
3 Plants

Supply Ability
5 Plants Per Month

Delivery Time
1 Months

About Rice Polishing Machine

In line with clients' diverse requirements across the country, we are offering Rice Polishing Machine, which is demanded for buffing (or "polishing") kernels of rice to change their appearance, taste, and texture. Being a quality-oriented firm, we assure our clients that this Rice Polishing Machine is outstanding on counts of durability. This machine generally uses talc or some other very fine dust to buff the outer surface of rice kernels.

Advanced Rice Polishing Technology

With a high-gloss output and low noise operation, this rice polishing machine is designed to deliver superior, shiny rice efficiently. The innovative stainless steel polishing chamber and robust single roller mechanism ensure reliable performance and consistent results, making it ideal for commercial rice mills and food processing plants.

Efficient and Durable Construction

Crafted with a powder-coated mild steel body and a stainless steel polishing chamber, the machine is built to last while offering easy maintenance. The medium-sized structure (1900 x 780 x 1300 mm) makes it space-efficient and suitable for many processing lines. Its automatic operation streamlines rice polishing without compromising on quality.

FAQ's of Rice Polishing Machine:

Q: How does the rice polishing machine achieve a high-gloss finish on rice?

A: The machine utilizes a stainless steel polishing chamber and a single roller system powered by a 15 HP motor. This combination gently removes the outer husk and polishes the grains, resulting in a uniform, shiny finish that meets high-gloss standards for commercial sale.

Q: What is the process for operating this rice polishing machine?

A: To operate, users simply load unpolished rice into the 120 kg feed hopper, adjust the settings as needed, and switch on the automatic mode. Rice is then processed via belt-driven rollers, polished within the stainless steel chamber, and collected as shiny, uniform rice at a rate of 2500-3000 kg/hr.

Q: When should I use this machine in a rice mill or food processing setup?

A: This machine is ideal after the rice dehusking stage, where raw rice needs to be polished before packaging or distribution. Its high efficiency makes it suitable for daily, continuous operation in medium to large rice mills and food processing plants.

Q: Where is this rice polishing machine manufactured and supplied?

A: The machine is manufactured and supplied in India, catering primarily to Indian rice mills and food processing industries. It is available for order through leading machinery suppliers across the country.

Q: What are the key benefits of using this rice polishing machine?

A: Key benefits include uniform and glossy rice output, low noise operation, high throughput capacity (2500-3000 kg/hr), and durable construction with powder-coated and stainless steel components. Its automatic mode simplifies operation, reducing manual effort and improving efficiency.

Q: How does the automatic grade feature enhance usability?

A: The automatic grade enables easy operation by automating the polishing process, requiring minimal manual intervention. This helps maintain consistent output quality and allows operators to manage larger batches with less effort.

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