Pan Masala Plant Machinery

Product Details:

A Blade Supari Cutter Machine is a specialized piece of equipment used for cutting betel nuts (supari) into smaller pieces or slices. Betel nuts are commonly consumed in various forms across South and Southeast Asia, often chewed alone or as part of a mixture with other ingredients like betel leaf, tobacco, and lime. Here’s an overview of the components, features, and operation of a typical Blade Supari Cutter Machine:

Components of a Blade Supari Cutter Machine:

1. Blade Assembly:

   • Circular Blades: Typically made from stainless steel or other durable materials, these blades are mounted on a rotating shaft.
   • Blade Housing: Encloses and supports the blades, ensuring safe operation and efficient cutting.

2. Feed Mechanism:

   • Hopper: Where betel nuts (supari) are loaded into the machine for cutting.
   • Feed Conveyor or Auger: Transports the betel nuts towards the cutting blades.

3. Cutting Chamber:

   • Cutting Blades: These blades slice through the betel nuts as they pass through the cutting chamber.
   • Adjustable Cutting Size: Some machines may allow adjustment of the cutting size to produce slices or smaller pieces as required.

4. Drive System:

   • Motor: Provides the power necessary to rotate the blade assembly and operate the cutting mechanism.
   • Transmission: Transfers power from the motor to the blade assembly.

5. Collection and Discharge System:

   • Collection Tray or Conveyor: Receives the cut betel nut pieces after they pass through the cutting blades.
   • Discharge Chute: Allows the processed betel nuts to be collected or further processed.

6. Control System:

   • On/Off Switch: Controls the operation of the machine.
   • Safety Features: Ensures safe operation with mechanisms to prevent accidents and protect operators.

Operation of a Blade Supari Cutter Machine:

1. Loading:

   • Betel nuts are loaded into the hopper of the machine.

2. Cutting Process:

   • The motor drives the rotating blades, which slice through the betel nuts as they are fed into the cutting chamber.
   • Depending on the machine's configuration, the betel nuts are cut into slices or smaller pieces.

3. Collection:

   • The cut betel nut pieces are collected in a tray or conveyed to another location for further processing or packaging.

Features and Advantages:

• Efficiency: Quickly cuts betel nuts into uniform pieces or slices.
• Adjustability: Some models allow adjustment of cutting size to accommodate different processing needs.
• Hygienic Design: Constructed from stainless steel or food-grade materials to meet hygiene standards.
• Ease of Use: User-friendly controls and straightforward operation.
• Safety: Built-in safety features to protect operators during operation.

Applications:

• Betel Nut Processing: Used in betel nut processing facilities to prepare betel nuts for consumption or further processing.
• Food Industry: Provides processed betel nut pieces for use in various culinary applications.
• Retail Packaging: Used to prepare betel nuts for retail sale in packaged form.

 

Product Details:

The Micro High Speed Automatic Pan Masala Packing Machine is tailored for Pan Masala packaging needs, offering exceptional efficiency. With a capacity of 450 packets per minute and an Automatic Automation Grade, it optimizes production. Utilizing pouch packaging material, it accommodates 10-50 grams, driven by a 1-2 HP motor for reliable and high-speed performance.

Product Details:

A Supari Drying Oven, also known as a Betel Nut Drying Oven, is a specialized equipment used primarily in the betel nut processing industry to dry supari or betel nuts. Betel nuts are dried to reduce their moisture content to a desired level, which helps in preservation and enhances their shelf life. Here’s an overview of its components, features, and operation:

Components of a Supari Drying Oven:

1. Chamber:

   • Drying Chamber: Where the betel nuts are placed for drying.
   • Trays or Racks: Support the betel nuts inside the chamber for even drying.

2. Heating System:

   • Electric or Gas Burners: Generate heat required for drying.
   • Heating Elements: Transfer heat to the drying chamber.

3. Air Circulation System:

   • Fans or Blowers: Circulate hot air evenly throughout the drying chamber.
   • Ducts and Vents: Distribute hot air and exhaust moisture-laden air.

4. Control System:

   • Temperature Controller: Maintains the temperature inside the drying chamber.
   • Timer: Allows operators to set drying cycles and durations.

5. Safety Features:

   • Thermal Overload Protection: Prevents overheating.
   • Door Interlocks: Ensure the oven can only operate when the door is securely closed

Product Details:

A Supari Vibrator Shifter Machine, also known as a Supari Vibratory Sieve or Separator, is specifically designed for separating supari (betel nuts) into different sizes based on particle size. This machine utilizes vibration to effectively classify and separate supari into desired grades or sizes. Here's an overview of its components, features, and operation:

Components of a Supari Vibrator Shifter Machine:

1. Vibratory Motor:

   • Generates vibrations that facilitate the movement of supari through the sieve or screen.

2. Screen or Sieve Deck:

   • Consists of multiple layers or decks with different mesh sizes.
   • Allows supari of different sizes to pass through or be retained based on the mesh opening size.

3. Feed Hopper:

   • Where raw supari is loaded into the machine for processing.

4. Adjustable Vibratory Settings:

   • Controls to adjust the intensity and frequency of vibrations to optimize separation.

5. Product Discharge Chutes:

   • Allows sorted supari to exit the machine according to their size categories.

6. Support Structure:

   • Provides the framework and stability for the machine.

Features and Advantages:

• Efficient Separation: Utilizes vibration to separate supari into different size fractions quickly and efficiently.
• Multiple Deck Options: Allows for sorting into multiple size categories simultaneously.
• Adjustability: Settings can be fine-tuned to accommodate different types of supari and desired separation criteria.
• Compact Design: Takes up minimal floor space while offering high throughput.
• Easy Maintenance: Simple design with minimal moving parts reduces maintenance requirements.