Ocean International

Biodegradable Bag Making Machine: Parts and How They Work

1.     Extruder

1.  
   • Hopper: Feeds biodegradable pellets into the extruder.
   • Heater: Melts the pellets to create molten material.
   • Screw: Moves and mixes the molten material through the extruder.

2.     Die Head

1.  
   • Function: Shapes the molten material into a continuous tubular film.

3.     Air Ring

1.  
   • Function: Inflates the tubular film to form a bubble, stretching it to the desired thickness.

4.     Cooling System

1.  
   • Air or Water Cooling: Cools the inflated film to solidify and stabilize it.

5.     Flattening Rollers

1.  
   • Function: Collapses the tubular film into a double-layer flat film.

6.     Rolling Unit

1.  
   • Function: Winds the flat film onto rolls for further processing.

7.     Printing Unit (Optional)

1.  
   • Function: Applies designs, logos, or text to the film using biodegradable inks.

8.     Cutting and Sealing Unit

1.  
   • Cutting Mechanism: Cuts the film into specified lengths for individual bags.
   • Sealing Mechanism: Seals the edges of the bags to form the sides and bottoms.

9.     Punching Unit (Optional)

1.  
   • Function: Creates handle holes or other shapes in the bags.

10.  Stacking and Counting Unit

1.  
   • Function: Automatically stacks and counts the finished bags.

11.  Packing Unit

1.  
   • Function: Packs the stacked bags into boxes or containers for shipment.

These parts work together to transform biodegradable pellets into finished bags, utilizing extrusion, film blowing, cooling, and various finishing processes to produce eco-friendly bags.

Biodegradable Bag Making Machine
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine: Parts and How They Work

1.     Extruder

1.  
   • Hopper: Feeds biodegradable pellets into the extruder.
   • Heater: Melts the pellets to create molten material.
   • Screw: Moves and mixes the molten material through the extruder.

2.     Die Head

1.  
   • Function: Shapes the molten material into a continuous tubular film.

3.     Air Ring

1.  
   • Function: Inflates the tubular film to form a bubble, stretching it to the desired thickness.

4.     Cooling System

1.  
   • Air or Water Cooling: Cools the inflated film to solidify and stabilize it.

5.     Flattening Rollers

1.  
   • Function: Collapses the tubular film into a double-layer flat film.

6.     Rolling Unit

1.  
   • Function: Winds the flat film onto rolls for further processing.

7.     Printing Unit (Optional)

1.  
   • Function: Applies designs, logos, or text to the film using biodegradable inks.

8.     Cutting and Sealing Unit

1.  
   • Cutting Mechanism: Cuts the film into specified lengths for individual bags.
   • Sealing Mechanism: Seals the edges of the bags to form the sides and bottoms.

9.     Punching Unit (Optional)

1.  
   • Function: Creates handle holes or other shapes in the bags.

10.  Stacking and Counting Unit

1.  
   • Function: Automatically stacks and counts the finished bags.

11.  Packing Unit

1.  
   • Function: Packs the stacked bags into boxes or containers for shipment.

These parts work together to transform biodegradable pellets into finished bags, utilizing extrusion, film blowing, cooling, and various finishing processes to produce eco-friendly bags.

Biodegradable Bag Making Machine
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable  Bag Making Machine
Biodegradable bag making machines are specialized equipment designed to produce bags from biodegradable materials, which decompose naturally over time, reducing environmental impact. Here’s an overview of how these machines work, their features, and the benefits of using them:

 

Key Features of Biodegradable Bag Making Machines

 

1.     Material Compatibility:

·       Can process various biodegradable materials like PLA (polylactic acid), PBAT (polybutylene adipate terephthalate), and other compostable polymers.

·       Some machines are adaptable to handle both biodegradable and conventional plastics.

 

2.     Automation and Control:

·       Automated feeding and cutting mechanisms.

·       Precision control systems for temperature, speed, and pressure to ensure consistent bag quality.

·       Programmable logic controllers (PLC) for efficient operation and ease of use.

 

3.     Types of Bags:

·       Capable of producing different types of bags such as T-shirt bags, flat bags, garbage bags, and more.

·       Customizable sizes and thicknesses according to requirements.

 

4.     Eco-friendly Production:

·       Energy-efficient designs to minimize power consumption.

·       Reduced waste generation through precise cutting and material usage.

 

Benefits of Using Biodegradable Bag Making Machines

 

1.     Environmental Impact:

·       Helps reduce plastic pollution by producing bags that decompose naturally.

·       Supports compliance with environmental regulations and policies promoting sustainable practices.

 

2.     Market Demand:

·       Rising consumer awareness and demand for eco-friendly products.

·       Opportunities for businesses to cater to environmentally conscious markets.

 

3.     Cost-Effectiveness:

·       Long-term savings through reduced material waste and energy-efficient operations.

·       Potential for government incentives and subsidies for using sustainable technologies.

 

Components of a Biodegradable Bag Making Machine

1.     Extruder:

·       Melts and processes the biodegradable material into a film.

2.     Die Head:

·       Shapes the molten material into a film or sheet.

3.     Cooling System:

·       Cools and solidifies the film.

4.     Cutting and Sealing Unit:

·       Cuts the film into desired bag shapes and seals the edges.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine: Short Details

1. Feeding: Loads biodegradable pellets into the extruder.
2. Extrusion: Melts and shapes the material into a tubular film.
3. Blowing: Inflates the film to stretch it to the desired thickness.
4. Cooling: Cools and solidifies the film.
5. Flattening: Collapses the film into a flat, double-layered sheet.
6. Rolling: Rolls the flat film onto reels.
7. Cutting & Sealing: Cuts the film into bags and seals the edges.
8. Forming: Creates bag shapes and adds handles if needed.
9. Stacking & Packing: Stacks and packs finished bags for shipment.

Additional Information:

• Production Capacity: 55- 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a concise summary of the starch bag making process:

1. Material Feeding: Load starch pellets into the extruder.
2. Extrusion: Melt and extrude the starch into a tubular film through the die head.
3. Film Blowing: Inflate the tubular film with air to form a bubble and stretch it.
4. Cooling: Cool and solidify the inflated film.
5. Flattening: Collapse the tubular film into a double-layer flat film.
6. Rolling: Roll the flat film onto reels.
7. Printing (Optional): Apply designs or text on the film.
8. Cutting and Sealing: Cut the film into bag lengths and seal the edges.
9. Bag Forming: Fold, gusset, or punch holes to shape the bags.
10. Stacking and Counting: Stack and count the finished bags.
11. Packing: Pack the bags into containers for shipment or storage.

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine

Detailed Process of Biodegradable Bags

1. Material Preparation

·       Raw Materials: Starch-based polymers such as thermoplastic starch (TPS) or modified starch blends.

·       Pellet Form: The starch materials are processed into pellets for easy handling and melting.

2. Extrusion

·       Feeding: Starch pellets are loaded into the extruder’s hopper.

·       Melting: The pellets are heated to a molten state inside the extruder barrel.

·       Extrusion: The molten starch is pushed through a die head to form a continuous tubular film.

 

3. Film Blowing

·       Die Head: Shapes the molten starch into a tubular film.

·       Air Ring: Blows air into the film to inflate it, forming a bubble. This bubble is stretched to the desired thickness.

·       Cooling: The inflated film is cooled by air rings or fans to solidify it.

 

4. Film Cooling and Flattening

·       Flattening Rollers: Collapse the tubular film into a flat, double-layer film.

·       Rolling: The flat film is wound onto rolls for further processing.

 

5. Printing (Optional)

·       Printing Unit: If needed, the film passes through a printing unit where designs, logos, or text are applied using inks compatible with starch-based materials.

 

6. Cutting and Sealing

·       Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into specified lengths to produce individual bags.

·       Sealing: The edges of the cut film are sealed using heat or ultrasonic methods to form the sides and bottoms of the bags.

 

7. Bag Forming

·       Folding: The film may be folded to create specific bag shapes.

·       Gusseting (Optional): Adds expandable sides (gussets) to increase the bag's volume.

 

8. Punching (Optional)

Handle Punching: Creates handle holes or other shapes in the bags if required.

 

9. Stacking and Counting

·       Stacking: The finished bags are stacked in an organized manner.

·       Counting: Automated systems count the bags to ensure each stack contains the correct quantity.  

Applications

·       Retail: Shopping bags, carry bags.

·       Food Industry: Compostable bags for produce and food packaging.

·       Packaging: Eco-friendly packaging solutions for various products.

 

Investing in a starch bag making machine aligns with sustainable manufacturing practices, helps meet environmental regulations, and caters to the increasing consumer preference for eco-friendly products.


Biodegradable Bag Making Machine
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable bag making machines are essential for producing environmentally friendly bags that decompose naturally over time. These machines cater to the growing demand for sustainable packaging solutions. Here’s an in-depth look at these machines:

 

Overview of Biodegradable Bag Making Machines

1.     Purpose:

·       Designed to produce bags from biodegradable materials, which break down more quickly and safely compared to traditional plastics.

 

2.     Materials:

·       Common materials include PLA (Polylactic Acid), PBAT (Polybutylene Adipate Terephthalate), PHA (Polyhydroxyalkanoates), and other compostable polymers.

 

Key Components

1.     Extruder:

·       Converts raw biodegradable pellets into a molten state.

·       Ensures uniform melting and mixing.

 

2.     Die Head:

·       Shapes the molten material into a thin film or sheet.

·       Can be customized for different bag thicknesses and dimensions.

 

3.     Cooling System:

·       Cools and solidifies the extruded film.

·       Often includes air rings and cooling rolls.

 

Printing Unit (Optional):

·       Prints logos, designs, or text on the film before cutting.

·       Utilizes biodegradable inks.

 

1.     Cutting and Sealing Unit:

·       Cuts the film into specified bag sizes.

·       Seals the edges to form bags, often using heat or ultrasonic methods.

 

2.     Stacking and Packing Unit:

·       Collects, stacks, and packs the finished bags for easy handling.

 

Features

 

1.     Automation:

·       High degree of automation for efficient production.

·       PLC (Programmable Logic Controller) systems for precise control.

 

2.     Customization:

·       Ability to produce various bag types: T-shirt bags, garbage bags, flat bags, etc.

·       Adjustable parameters for different sizes and thicknesses.

 

3.       Efficiency:

·       Designed for minimal waste and energy consumption.

·       High-speed production capabilities.


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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine

Sure, here’s a detailed look at the full process of manufacturing biodegradable bags using a biodegradable bag making machine:

Full Process of Making Biodegradable Bags

 

1.     Material Preparation:

·       Raw Material: Biodegradable polymers such as PLA, PBAT, or a blend of these materials.

·       Pellet Form: These materials are typically supplied in pellet form, which makes them easier to handle and process.

 

2.     Feeding and Extrusion:

·       Feeding: The raw material pellets are fed into the extruder's hopper.

·       Extrusion: Inside the extruder, the pellets are heated and melted. The extruder has a screw mechanism that moves the molten material forward.

·       Temperature Control: Precise temperature control ensures that the material melts uniformly without degrading.

 

3.     Film Blowing:

·       Die Head: The molten material is forced through a circular die head to form a continuous tube of film.

·       Air Ring: An air ring blows air into the tube to inflate it, forming a bubble. The size and thickness of the film are controlled by adjusting the air flow and the speed of the extruder.

·       Cooling: The bubble is cooled using air, which solidifies the film.

 

4.     Film Flattening and Rolling:

·       Flattening: The inflated tube is collapsed between rollers to form a flat film.

·       Rolling: The flattened film is wound onto rolls for further processing.

 

5.     Printing (Optional):

·       Printing Unit: If printing is required, the film passes through a printing unit where logos, designs, or text are printed using biodegradable inks.

 

6.     Cutting and Sealing:

·       Unwinding: The film roll is unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into desired bag lengths. Different types of cutters (rotary or reciprocating) can be used depending on the bag design.

·       Sealing: The cut film is sealed to form the sides and bottom of the bags. Heat sealing or ultrasonic sealing methods are commonly used.

7.     Bag Forming:

·       Folding: If required, the bags are folded to the desired shape and size.

·       Gusseting (Optional): Gussets (side folds) can be added to the bags to increase their volume.

 

8.     Punching (Optional):

·       Handle Punching: For bags with handles, a punching unit creates handle holes or shapes.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Sure, here’s a detailed look at the full process of manufacturing biodegradable bags using a biodegradable bag making machine:

 

Full Process of Making Biodegradable Bags

 

1.     Material Preparation:

·       Raw Material: Biodegradable polymers such as PLA, PBAT, or a blend of these materials.

·       Pellet Form: These materials are typically supplied in pellet form, which makes them easier to handle and process.

 

2.     Feeding and Extrusion:

·       Feeding: The raw material pellets are fed into the extruder's hopper.

·       Extrusion: Inside the extruder, the pellets are heated and melted. The extruder has a screw mechanism that moves the molten material forward.

·       Temperature Control: Precise temperature control ensures that the material melts uniformly without degrading.

 

3.     Film Blowing:

·       Die Head: The molten material is forced through a circular die head to form a continuous tube of film.

·       Air Ring: An air ring blows air into the tube to inflate it, forming a bubble. The size and thickness of the film are controlled by adjusting the air flow and the speed of the extruder.

·       Cooling: The bubble is cooled using air, which solidifies the film.

 

4.     Film Flattening and Rolling:

·       Flattening: The inflated tube is collapsed between rollers to form a flat film.

·       Rolling: The flattened film is wound onto rolls for further processing.

 

5.     Printing (Optional):

·       Printing Unit: If printing is required, the film passes through a printing unit where logos, designs, or text are printed using biodegradable inks.

 

6.     Cutting and Sealing:

·       Unwinding: The film roll is unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into desired bag lengths. Different types of cutters (rotary or reciprocating) can be used depending on the bag design.

·       Sealing: The cut film is sealed to form the sides and bottom of the bags. Heat sealing or ultrasonic sealing methods are commonly used.

7.     Bag Forming:

·       Folding: If required, the bags are folded to the desired shape and size.

·       Gusseting (Optional): Gussets (side folds) can be added to the bags to increase their volume.

 

8.     Punching (Optional):

·       Handle Punching: For bags with handles, a punching unit creates handle holes or shapes.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Sure! Here are the short details about a biodegradable bag making machine:

 

Biodegradable Bag Making Machine Overview

 

Purpose:

·       To produce eco-friendly bags from biodegradable materials that decompose naturally.

 

Materials:

·       Commonly used biodegradable polymers like PLA (Polylactic Acid), PBAT (Polybutylene Adipate Terephthalate), and blends of these materials.

 

Key Components

1.      Extruder:

·       Melts biodegradable pellets into a molten state.

2.       Die Head:

·       Shapes the molten material into a thin film.

3.       Air Ring:

·       Inflates the film into a bubble to achieve the desired thickness.

4.       Cooling System:

·       Cools and solidifies the film.

5.       Flattening Rollers:

·       Collapses the inflated film into a flat film.

6.       Rolling Unit:

·       Winds the flat film onto rolls for further processing.

7.       Printing Unit (Optional):

·       Prints logos, designs, or text on the film using biodegradable inks.

8.       Cutting and Sealing Unit:

·       Cuts the film into specified bag lengths and seals the edges to form bags.

9.       Punching Unit (Optional):

·       Creates handle holes or shapes in the bags.

10.   Stacking and Counting Unit:

·       Automatically stacks and counts the finished bags.

 

Key Features

·       Material Compatibility: Handles various biodegradable materials.

·       Automation: High degree of automation for efficient production.

·       Customization: Produces various bag types and sizes.

·       Energy Efficiency: Designed for minimal waste and energy consumption.


Biodegradable Bag Making Machine
Biodegradable Bag Making Machine Manufacturer by Ocean International
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Additional Information:

• Production Capacity: 55 - 125 ( k/hr )
• Delivery Time: 90 Working Days

Detailed Process of Making Starch Bags

 

1. Material Preparation

·       Raw Materials: Starch-based polymers such as thermoplastic starch (TPS) or modified starch blends.

·       Pellet Form: The materials are in pellet form for easy handling and consistent melting.

 

2. Extrusion

·       Feeding: Starch pellets are loaded into the extruder's hopper.

·       Melting: Pellets are heated to a molten state inside the extruder.

·       Extrusion: The molten starch is pushed through a die to form a continuous tubular film.

 

3. Film Blowing

·       Die Head: Shapes the molten starch into a tubular film.

·       Air Ring: Blows air into the film to inflate it, forming a bubble that is stretched to the desired thickness.

·       Cooling: The inflated film is cooled using air rings or fans to solidify it.

 

4. Film Cooling and Flattening

·       Flattening Rollers: Collapses the tubular film into a flat, double-layer film.

·       Rolling: The flat film is wound onto rolls for further processing.

 

5. Printing (Optional)

·       Printing Unit: Applies designs, logos, or text on the film if required.

 

6. Cutting and Sealing

Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

Cutting: The film is cut into specified lengths for individual bags.

Sealing: Seals the edges to form the sides and bottoms of the bags.

 

7. Bag Forming

·       Folding: The film may be folded to create specific bag shapes.

·       Gusseting (Optional): Adds expandable sides (gussets) to increase bag volume.

 

8. Punching (Optional)

·       Handle Punching: Creates handle holes or shapes in the bags if needed.

 

9. Stacking and Counting

·       Stacking: Finished bags are automatically stacked.

·       Counting: Bags are counted to ensure correct quantity per stack.

 

10. Packing

·       Quality Control: Bags are inspected to ensure quality standards.

·       Packing: Stacks of bags are packed into boxes or other containers for shipment or storage.

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Detailed Process

 

1. Material Preparation

·       Raw Materials: Compostable polymers like PLA (Polylactic Acid), PBAT (Polybutylene Adipate Terephthalate), or blends.

·       Pellet Form: Materials are provided in pellet form for easy handling and consistent melting.

 

2. Extrusion

·       Feeding: Compostable pellets are loaded into the extruder's hopper.

·       Melting: The pellets are heated to a molten state inside the extruder.

·       Extrusion: The molten material is pushed through a die to form a continuous tubular film.

 

3. Film Blowing

·       Die Head: Shapes the molten material into a tubular film.

·       Air Ring: Inflates the film to create a bubble, which stretches the film to the desired thickness.

·       Cooling: The bubble is cooled to solidify the film.

 

4. Film Cooling and Flattening

·       Flattening Rollers: Collapse the tubular film into a flat, double-layer film.

·       Rolling: The flat film is wound onto rolls for subsequent processing.

 

5. Printing (Optional)

·       Printing Unit: Applies designs, logos, or text to the film using compostable inks.

 

6. Cutting and Sealing

·       Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into specified lengths using rotary or reciprocating cutters.

·       Sealing: Edges are sealed to form bags, ensuring they are leak-proof.

 

7. Bag Forming

·       Folding: The film may be folded to create specific bag shapes.

·       Gusseting (Optional): Adds expandable sides to bags to increase their volume.

 

8. Punching (Optional)

·       Handle Punching: Creates handle holes or shapes in the bags.

9. Stacking and Counting

·       Stacking: Finished bags are automatically stacked in neat piles.

·       Counting: Bags are counted to ensure correct quantity per stack.

 

10. Packing

·       Quality Control: Inspects bags for quality.

·       Packing: Stacks of bags are packed into boxes or other containers for shipment or storage.

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Comprehensive Details of Compostable Bag Making Machine

A compostable bag making machine is designed to produce bags from compostable materials, which break down into organic matter in a composting environment. This machine integrates various components to convert raw compostable materials into finished bags through several stages.

 

Components

1.      Extruder

·       Hopper: Feeds compostable pellets into the extruder.

·       Heater: Melts the pellets to a molten state.

·       Screw: Mixes and pushes the molten material through the extruder.

 

2.      Die Head

·       Function: Shapes the molten material into a continuous tubular film.

 

3.       Air Ring

·       Function: Inflates the tubular film to create a bubble, which stretches the film to the desired thickness.

 

4.      Cooling System

·       Air or Water Cooling: Cools the inflated film to solidify it.

 

5.      Flattening Rollers

·       Function: Collapses the inflated film into a double-layer flat film.

 

6.      Rolling Unit

·       Function: Winds the flat film onto rolls for further processing.

 

7.      Printing Unit (Optional)

·       Function: Applies designs, logos, or text to the film using compostable inks.

 

8.      Cutting and Sealing Unit

·       Cutting Mechanism: Cuts the film into specified lengths for individual bags.

·       Sealing Mechanism: Seals the edges to form the sides and bottoms of the bags.

 

9.      Punching Unit (Optional)

·       Function: Creates handle holes or shapes in the bags.

 

10.   Stacking and Counting Unit

·       Function: Automatically stacks and counts the finished bags.

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Detailed Process of Making Compostable Bags

 

1. Material Preparation

·       Raw Materials: Use compostable polymers such as PLA (Polylactic Acid), PBAT (Polybutylene Adipate Terephthalate), or blends of these materials.

·       Pellet Form: These materials are provided in pellet form for easy handling and uniform melting.

 

2. Extrusion

·       Feeding: Compostable pellets are loaded into the extruder's hopper.

·       Melting: The pellets are heated until they melt inside the extruder.

·       Extrusion: The molten material is extruded through a die to form a continuous tube of film.

 

3. Film Blowing

·       Die Head: Shapes the molten material into a tubular film.

·       Air Ring: Blows air into the tube to inflate it, forming a bubble. This process stretches the material to achieve the desired thickness.

·       Cooling: The bubble is cooled using air rings or fans to solidify the film.

 

4. Film Cooling and Flattening

·       Flattening: The cooled tubular film is collapsed by passing it through flattening rollers, creating a double-layer flat film.

·       Rolling: The flat film is wound onto rolls for further processing.

 

5. Printing (Optional)

·       Printing Unit: If required, the flat film passes through a printing unit where designs, logos, or text are printed using compostable inks.

 

6. Cutting and Sealing

·       Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into specified lengths for individual bags using rotary or reciprocating cutters.

·       Sealing: The cut pieces are sealed using heat or ultrasonic methods to form the sides and bottoms of the bags, ensuring they are leak-proof.

 

7. Bag Forming

·       Folding: The film may be folded to create specific bag shapes.

·       Gusseting (Optional): Side folds (gussets) are added to the bags to increase their volume.

 

8. Punching (Optional)

·       Handle Punching: For bags with handles, a punching unit creates handle holes or shapes.

 

9. Stacking and Counting

·       Stacking: Finished bags are automatically stacked in neat piles.

·       Counting: Automated systems count the bags to ensure that each stack contains the correct number of bags.

 

10. Packing

·       Quality Control: Final quality checks are performed to ensure the bags meet required specifications.

·       Packing: Stacks of bags are packed into boxes or other containers for shipment or storage.

#biodegradablebagmakingmachine #oceaninternational

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

 

A compostable bag making machine is designed to manufacture bags from compostable materials that can decompose in a composting environment, returning to organic matter. Here is an overview of the components and the process involved in making compostable bags:

 

Components of a Compostable Bag Making Machine

 

1.      Extruder

·       Hopper: Feeds compostable pellets into the machine.

·       Heater: Melts the pellets.

·       Screw: Mixes and pushes the molten material forward.

 

2.      Die Head

·       Shapes the molten material into a thin film.

 

3.      Air Ring

·       Blows air into the tubular film to inflate it into a bubble, determining the film's thickness.

 

4.      Cooling System

·       Uses air or water to cool and solidify the film.

 

5.      Flattening Rollers

·       Collapses the bubble into a double-layer flat film.

 

6.      Rolling Unit

·       Winds the flat film onto rolls for subsequent processing.

 

7.      Printing Unit (Optional)

·       Applies designs, logos, or text on the film using compostable inks.

 

8.      Cutting and Sealing Unit

·       Cuts the film into specified lengths and seals the edges to form bags.

 

9.      Punching Unit (Optional)

·       Creates handle holes or shapes in the bags.

 

10.  Stacking and Counting Unit

·       Automatically stacks and counts the finished bags.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Process of Making Biodegradable Bags

 

1. Material Preparation

Raw Materials: Start with biodegradable polymers such as PLA (Polylactic Acid), PBAT (Polybutylene Adipate Terephthalate), or blends of these materials.

Pellet Form: These materials are provided in pellet form to facilitate easy handling and uniform melting.

 

2. Extrusion

·       Feeding: The biodegradable pellets are loaded into the extruder's hopper.

·       Melting: The pellets are heated within the extruder to a specific temperature until they melt. A rotating screw mechanism inside the extruder ensures thorough mixing and moves the molten material forward.

·       Extrusion: The molten material is extruded through a die to form a continuous tube of film.

 

3. Film Blowing

·       Die Head: The molten material is pushed through a circular die head to create a tubular film.

·       Air Ring: Air is blown into the tube to inflate it, forming a bubble. This stretching process helps achieve the desired film thickness.

·       Cooling: The inflated bubble is cooled using air rings or fans to solidify the film.

 

4. Film Cooling and Flattening

·       Flattening: The cooled tubular film is collapsed by passing it through flattening rollers, creating a double-layer flat film.

·       Rolling: The flat film is wound onto rolls for subsequent processing steps.

 

5. Printing (Optional)

·       Printing Unit: If printing is required, the flat film passes through a printing unit where designs, logos, or text are printed using biodegradable inks.

 

6. Cutting and Sealing

·       Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into specified lengths for individual bags using rotary or reciprocating cutters.

·       Sealing: The cut pieces are sealed using heat or ultrasonic methods to form the sides and bottoms of the bags, creating their final shape and ensuring they are leak-proof.

 

7. Bag Forming

·       Folding: If the bag design requires, the film may be folded to create specific shapes.

·       Gusseting (Optional): Side folds (gussets) are added to the bags to increase their volume.

 

8. Punching (Optional)

·       Handle Punching: For bags with handles, a punching unit creates handle holes or shapes.

9. Stacking and Counting

·       Stacking: The finished bags are automatically stacked in neat piles.

·       Counting: Automated systems count the bags to ensure that each stack contains the correct number of bags.

 

10. Packing

Quality Control: Final quality checks are performed to ensure the bags meet required specifications.

Packing: The stacks of bags are packed into boxes or other containers for shipment or storage.
#oceaninternational

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

 

Overview of Biodegradable Bag Making Machine

 

A biodegradable bag making machine is designed to produce eco-friendly bags from biodegradable materials. This machine incorporates various components to transform raw biodegradable pellets into finished bags through a series of processes, including extrusion, film blowing, cutting, and sealing.

 

Components of the Biodegradable Bag Making Machine

 

1.      Extruder

·       Hopper: Feeds biodegradable pellets into the machine.

·       Heater: Melts the pellets.

·       Screw: Mixes and pushes the molten material forward.

 

2.      Die Head

·       Shapes the molten material into a tubular film.

 

3.      Air Ring

·       Blows air into the tubular film to inflate it into a bubble, determining the film's thickness.

 

4.      Cooling System

·       Uses air or water to cool and solidify the film.

 

5.       Flattening Rollers

·       Collapse the bubble into a double-layer flat film.

 

6.      Rolling Unit

·       Winds the flat film onto rolls for subsequent processing.

 

7.       Printing Unit (Optional)

·       Applies designs, logos, or text on the film using biodegradable inks.

 

8.       Cutting and Sealing Unit

·       Cuts the film into specified lengths and seals the edges to form bags.

 

9.      Punching Unit (Optional)

·       Creates handle holes or shapes in the bags.

 

10.   Stacking and Counting Unit

·       Automatically stacks and counts the finished bags.

 

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Sure! Here's a concise overview of the full process of making biodegradable bags using a biodegradable bag making machine:

 

Full Process Overview

1.       Material Preparation

2.       Extrusion

3.       Film Blowing

4.       Film Cooling and Flattening

5.       Printing (Optional)

6.       Cutting and Sealing

7.       Bag Forming

8.       Punching (Optional)

9.       Stacking and Counting

10.   Packing

 

Detailed Steps

1. Material Preparation

·       Raw Materials: Biodegradable polymers (e.g., PLA, PBAT) in pellet form.

 

2. Extrusion

·       Feeding: Pellets are fed into the extruder.

·       Melting: Pellets are heated and melted inside the extruder.

·       Extrusion: Molten material is extruded through a die to form a continuous film tube.

 

3. Film Blowing

·       Die Head: Shapes the molten material into a tubular film.

·       Air Ring: Inflates the tube to form a bubble, stretching it to the desired thickness.

·       Cooling: Solidifies the film.

 

4. Film Cooling and Flattening

·       Flattening Rollers: Collapse the bubble into a flat film.

·       Rolling: Wound onto rolls for further processing.

 

5. Printing (Optional)

·       Printing Unit: Prints designs or text on the film using biodegradable inks.

 

6. Cutting and Sealing

·       Unwinding: Film rolls are unwound.

·       Cutting: Film is cut into specified lengths.

·       Sealing: Cut pieces are sealed to form bag sides and bottoms.

 

7. Bag Forming

·       Folding: Film may be folded to create specific bag shapes.

·       Gusseting (Optional): Adds expandable sides to bags.

 

8. Punching (Optional)

·       Handle Punching: Creates handle holes or shapes in the bags.

 

9. Stacking and Counting

·       Stacking: Finished bags are automatically stacked.

·       Counting: Ensures correct number of bags per stack.

 

10. Packing

·       Quality Control: Inspects bags for quality.

·       Packing: Stacks of bags are packed for shipment or storage.

Biodegradable Bag Making Machine
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Additional Information:

• Production Capacity: 55-125 ( kg/hr )
• Delivery Time: 90 Working Days

Sure! Here’s a comprehensive guide to the full process of making biodegradable bags using a biodegradable bag making machine:

 

Detailed Process

 

1. Material Preparation

·       Raw Materials: Start with biodegradable polymers such as PLA (Polylactic Acid), PBAT (Polybutylene Adipate Terephthalate), or blends of these materials.

·       Pellet Form: These materials are provided in pellet form to facilitate easy handling and uniform melting.

 

2. Extrusion

·       Feeding: The biodegradable pellets are loaded into the extruder's hopper.

·       Melting: The pellets are heated within the extruder to a specific temperature until they melt. The rotating screw mechanism inside the extruder ensures thorough mixing and moves the molten material forward.

·       Extrusion: The molten material is extruded through a die to form a continuous tube of film.

 

3. Film Blowing

·       Die Head: The molten material is pushed through a circular die head to create a tubular film.

·       Air Ring: Air is blown into the tube to inflate it, forming a bubble. This stretching process helps achieve the desired film thickness.

·       Cooling: The inflated bubble is cooled using air rings or fans to solidify the film.

 

4. Film Cooling and Flattening

·       Flattening: The cooled tubular film is collapsed by passing it through flattening rollers, creating a double-layer flat film.

·       Rolling: The flat film is wound onto rolls for subsequent processing steps.

 

5. Printing (Optional)

·       Printing Unit: If printing is required, the flat film passes through a printing unit where designs, logos, or text are printed using biodegradable inks.

 

6. Cutting and Sealing

·       Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into specified lengths for individual bags using rotary or reciprocating cutters.

·       Sealing: The cut pieces are sealed using heat or ultrasonic methods to form the sides and bottoms of the bags, creating their final shape and ensuring they are leak-proof.

 

7. Bag Forming

·       Folding: If the bag design requires, the film may be folded to create specific shapes.

·       Gusseting (Optional): Side folds (gussets) are added to the bags to increase their volume.

 

8. Punching (Optional)

·       Handle Punching: For bags with handles, a punching unit creates handle holes or shapes.

Biodegradable Bag Making Machine
Biodegradable Bag Making Machine Manufacturer by Ocean International
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Comprehensive Details of a Starch Bag Making Machine

A starch bag making machine is used to produce bags from starch-based materials, which are biodegradable and compostable. Here’s a detailed overview of the machine, its components, and the manufacturing process:

 

Components of a Starch Bag Making Machine

 

1.      Extruder

·       Hopper: Feeds starch pellets into the extruder.

·       Heater: Melts the starch pellets to a molten state.

·       Screw: Mixes and pushes the molten starch material through the extruder.

 

2.      Die Head

·       Function: Shapes the molten starch into a continuous tubular film.

 

3.      Air Ring

·       Function: Inflates the tubular film to form a bubble, stretching the film to the desired thickness.

 

4.      Cooling System

·       Air or Water Cooling: Cools and solidifies the inflated film to stabilize it.

 

5.      Flattening Rollers

·       Function: Collapses the inflated film into a double-layer flat film.

 

6.      Rolling Unit

·       Function: Winds the flat film onto rolls for subsequent processing.

 

7.      Printing Unit (Optional)

·       Function: Applies designs, logos, or text on the film using inks compatible with starch-based materials.

 

8.       Cutting and Sealing Unit

·       Cutting Mechanism: Cuts the film into specified lengths for individual bags.

·       Sealing Mechanism: Seals the edges of the bags to ensure they are leak-proof.

 

9.      Punching Unit (Optional)

·       Function: Creates handle holes or other shapes in the bags if needed.

 

10.  Stacking and Counting Unit

·       Function: Automatically stacks and counts the finished bags.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Detailed Process of Making Starch Bags

 

1. Material Preparation

·       Raw Materials: Starch-based polymers such as thermoplastic starch (TPS) or modified starch blends.

·       Pellet Form: The starch materials are processed into pellets for easy handling and melting.

 

2. Extrusion

·       Feeding: Starch pellets are loaded into the extruder’s hopper.

·       Melting: The pellets are heated to a molten state inside the extruder barrel.

·       Extrusion: The molten starch is pushed through a die head to form a continuous tubular film.

 

3. Film Blowing

·       Die Head: Shapes the molten starch into a tubular film.

·       Air Ring: Blows air into the film to inflate it, forming a bubble. This bubble is stretched to the desired thickness.

·       Cooling: The inflated film is cooled by air rings or fans to solidify it.

 

4. Film Cooling and Flattening

·       Flattening Rollers: Collapse the tubular film into a flat, double-layer film.

·       Rolling: The flat film is wound onto rolls for further processing.

 

5. Printing (Optional)

·       Printing Unit: If needed, the film passes through a printing unit where designs, logos, or text are applied using inks compatible with starch-based materials.

 

6. Cutting and Sealing

·       Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into specified lengths to produce individual bags.

·       Sealing: The edges of the cut film are sealed using heat or ultrasonic methods to form the sides and bottoms of the bags.

 

7. Bag Forming

·       Folding: The film may be folded to create specific bag shapes.

·       Gusseting (Optional): Adds expandable sides (gussets) to increase the bag's volume.

 

8. Punching (Optional)

·       Handle Punching: Creates handle holes or other shapes in the bags if required.

 

9. Stacking and Counting

·       Stacking: The finished bags are stacked in an organized manner.

·       Counting: Automated systems count the bags to ensure each stack contains the correct quantity.

 

10. Packing

·       Quality Control: Inspect the bags for defects or inconsistencies.

·       Packing: Pack the stacks of bags into boxes or other containers for shipment or storage.

Biodegradable Bag Making Machine
#biodegradablebagmakingmachine #oceaninternational

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a concise summary of the starch bag making process:

 

Material Feeding: Load starch pellets into the extruder.

Extrusion: Melt and extrude the starch into a tubular film through the die head.

Film Blowing: Inflate the tubular film with air to form a bubble and stretch it.

Cooling: Cool and solidify the inflated film.

Flattening: Collapse the tubular film into a double-layer flat film.

Rolling: Roll the flat film onto reels.

Printing (Optional): Apply designs or text on the film.

Cutting and Sealing: Cut the film into bag lengths and seal the edges.

Bag Forming: Fold, gusset, or punch holes to shape the bags.

Stacking and Counting: Stack and count the finished bags.

Packing: Pack the bags into containers for shipment or storage.

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a brief overview of the biodegradable bag making process:

 

Material Feeding: Load biodegradable pellets into the extruder.

Extrusion: Melt and extrude the material into a tubular film through the die head.

Film Blowing: Inflate the tubular film to stretch it to the desired thickness.

Cooling: Cool and solidify the film.

Flattening: Collapse the film into a flat, double-layer format.

Rolling: Roll the flat film onto reels.

Printing (Optional): Apply designs or text on the film.

Cutting and Sealing: Cut the film into bag sizes and seal the edges.

Bag Forming: Fold, gusset, or punch holes as needed.

Stacking and Counting: Stack and count the finished bags.

Packing: Pack the bags into boxes for distribution or storage.

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine: Short Details

 

Feeding: Loads biodegradable pellets into the extruder.

Extrusion: Melts and shapes the material into a tubular film.

Blowing: Inflates the film to stretch it to the desired thickness.

Cooling: Cools and solidifies the film.

Flattening: Collapses the film into a flat, double-layered sheet.

Rolling: Rolls the flat film onto reels.

Cutting & Sealing: Cuts the film into bags and seals the edges.

Forming: Creates bag shapes and adds handles if needed.

Stacking & Packing: Stacks and packs finished bags for shipment.

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Biodegradable Bag Making Machinery
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

 

Certainly! Here’s a step-by-step breakdown of the biodegradable bag making process using a biodegradable bag making machine:

 

  Detailed Steps

 1.     Material Preparation

·       Raw Materials: Begin with biodegradable polymers such as PLA (Polylactic Acid), PBAT (Polybutylene Adipate Terephthalate), or other compostable polymers.

·       Pellet Form: These materials are usually supplied in pellet form for ease of handling and uniform melting.

 2.     Extrusion

·       Feeding: The biodegradable pellets are loaded into the hopper of the extruder.

·       Melting: Inside the extruder, the pellets are heated until they melt. A rotating screw inside the extruder pushes the molten material forward.

·       Extrusion: The molten material is forced through a die to form a continuous tube of film.

 

3.     Film Blowing

·       Die Head: The molten material is extruded through a circular die head to create a tubular film.

·       Air Ring: Air is blown into the tube to inflate it, forming a bubble. This process stretches the film to achieve the desired thickness.

·       Cooling: The bubble is cooled using air rings or fans to solidify the film.

 

4.     Film Cooling and Flattening

·       Flattening: The inflated and cooled film is collapsed by passing it through flattening rollers, forming a double-layer flat film.

·       Rolling: The flat film is wound onto rolls for further processing.

 

5.       Printing (Optional)

·       Printing Unit: If printing is required, the flat film passes through a printing unit where designs, logos, or text are printed using biodegradable inks.

 

6.     Cutting and Sealing

·       Unwinding: The film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into desired lengths for individual bags using rotary or reciprocating cutters.

·       Sealing: The cut pieces are sealed using heat or ultrasonic methods to form the sides and bottoms of the bags.

 

7.     Bag Forming

·       Folding: If required, the bags are folded to create specific shapes, such as gusseted bags which have expandable sides.

·       Gusseting (Optional): Side folds (gussets) are added to the bags to increase their volume.

8.     Punching (Optional)

·       Handle Punching: For bags with handles, a punching unit creates handle holes or shapes.

Biodegradable Bag Making Machine
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Sure, let's break down the process of making biodegradable bags using a biodegradable bag making machine in detail:

 

Detailed Process

 

1.     Material Preparation

·       Raw Materials: The process begins with biodegradable raw materials such as PLA, PBAT, or other compostable polymers.

·       Pellet Form: These materials are typically in pellet form for easy handling and uniform melting.

 

2.      Extrusion

·       Feeding: The pellets are fed into the hopper of the extruder.

·       Melting: Inside the extruder, the pellets are heated to a specific temperature to melt them. The screw mechanism inside the extruder helps in mixing and pushing the molten material forward.

·       Extrusion: The molten material is extruded through a die to form a continuous tube of film.

 

3.     Film Blowing

·       Die Head: The molten material is forced through a circular die to form a tubular film.

·       Air Ring: Air is blown into the tube to inflate it, forming a bubble. This process stretches the material to the desired thickness.

·       Cooling: The inflated bubble is cooled using air rings or fans to solidify the film.

 

4.       Film Cooling

·       Flattening: The cooled tubular film is collapsed by passing it through flattening rollers, forming a double-layer flat film.

·       Rolling: The flat film is then wound onto rolls for further processing.

 

5.       Printing (Optional)

·       Printing Unit: If printing is required, the flat film is fed through a printing unit where designs, logos, or text are printed using biodegradable inks.

 

6.     Cutting and Sealing

·       Unwinding: The printed or plain film rolls are unwound and fed into the cutting and sealing unit.

·       Cutting: The film is cut into the desired lengths for individual bags using rotary or reciprocating cutters.

·       Sealing: The cut pieces are sealed using heat or ultrasonic methods to form the sides and bottoms of the bags. The sealing process creates the bag's shape and ensures it is leak-proof.

 

8.     Punching (Optional)

·       Handle Punching: For bags that require handles, a punching unit is used to create handle holes or shapes.

Biodegradable Bag Making Machine
#biodegradablebagmakingmachine #oceaninternational 

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine: Parts and How They Work

 

1.      Extruder

·       Hopper: Feeds biodegradable pellets into the extruder.

·       Heater: Melts the pellets to create molten material.

·       Screw: Moves and mixes the molten material through the extruder.

 

2.      Die Head

·       Function: Shapes the molten material into a continuous tubular film.

 

3.      Air Ring

·       Function: Inflates the tubular film to form a bubble, stretching it to the desired thickness.

4.      Cooling System

·       Air or Water Cooling: Cools the inflated film to solidify and stabilize it.

 

5.      Flattening Rollers

·       Function: Collapses the tubular film into a double-layer flat film.

6.      Rolling Unit

·       Function: Winds the flat film onto rolls for further processing.

 

7.      Printing Unit (Optional)

·       Function: Applies designs, logos, or text to the film using biodegradable inks.

 

8.       Cutting and Sealing Unit

·       Cutting Mechanism: Cuts the film into specified lengths for individual bags.

·       Sealing Mechanism: Seals the edges of the bags to form the sides and bottoms.

9.      Punching Unit (Optional)

·       Function: Creates handle holes or other shapes in the bags.

 

10.  Stacking and Counting Unit

·       Function: Automatically stacks and counts the finished bags.

 

11.  Packing Unit

·       Function: Packs the stacked bags into boxes or containers for shipment.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine:

1. Extruder

   • Hopper: Feeds biodegradable pellets into the extruder.
   • Heater: Melts the pellets to create molten material.
   • Screw: Moves and mixes the molten material through the extruder.

2. Die Head

   • Function: Shapes the molten material into a continuous tubular film.

3. Air Ring

   • Function: Inflates the tubular film to form a bubble, stretching it to the desired thickness.

4. Cooling System

   • Air or Water Cooling: Cools the inflated film to solidify and stabilize it.

5. Flattening Rollers

   • Function: Collapses the tubular film into a double-layer flat film.

6. Rolling Unit

   • Function: Winds the flat film onto rolls for further processing.

7. Printing Unit (Optional)

   • Function: Applies designs, logos, or text to the film using biodegradable inks.

8. Cutting and Sealing Unit

   • Cutting Mechanism: Cuts the film into specified lengths for individual bags.
   • Sealing Mechanism: Seals the edges of the bags to form the sides and bottoms.

9. Punching Unit (Optional)

   • Function: Creates handle holes or other shapes in the bags.

10. Stacking and Counting Unit

    • Function: Automatically stacks and counts the finished bags.

11. Packing Unit

    • Function: Packs the stacked bags into boxes or containers for shipment.

These parts work together to transform biodegradable pellets into finished bags, utilizing extrusion, film blowing, cooling, and various finishing processes to produce eco-friendly bags.



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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine: 

1.     Extruder

1.  
   • Hopper: Feeds biodegradable pellets into the extruder.
   • Heater: Melts the pellets to create molten material.
   • Screw: Moves and mixes the molten material through the extruder.

2.     Die Head

1.  
   • Function: Shapes the molten material into a continuous tubular film.

3.     Air Ring

1.  
   • Function: Inflates the tubular film to form a bubble, stretching it to the desired thickness.

4.     Cooling System

1.  
   • Air or Water Cooling: Cools the inflated film to solidify and stabilize it.

5.     Flattening Rollers

1.  
   • Function: Collapses the tubular film into a double-layer flat film.

6.     Rolling Unit

1.  
   • Function: Winds the flat film onto rolls for further processing.

7.     Printing Unit (Optional)

1.  
   • Function: Applies designs, logos, or text to the film using biodegradable inks.

8.     Cutting and Sealing Unit

1.  
   • Cutting Mechanism: Cuts the film into specified lengths for individual bags.
   • Sealing Mechanism: Seals the edges of the bags to form the sides and bottoms.

9.     Punching Unit (Optional)

1.  
   • Function: Creates handle holes or other shapes in the bags.

10.  Stacking and Counting Unit

1.  
   • Function: Automatically stacks and counts the finished bags.

11.  Packing Unit

1.  
   • Function: Packs the stacked bags into boxes or containers for shipment.

These parts work together to transform biodegradable pellets into finished bags, utilizing extrusion, film blowing, cooling, and various finishing processes to produce eco-friendly bags.

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Making Machine: Short Details

1. Feeding: Loads biodegradable pellets into the extruder.
2. Extrusion: Melts and shapes the material into a tubular film.
3. Blowing: Inflates the film to stretch it to the desired thickness.
4. Cooling: Cools and solidifies the film.
5. Flattening: Collapses the film into a flat, double-layered sheet.
6. Rolling: Rolls the flat film onto reels.
7. Cutting & Sealing: Cuts the film into bags and seals the edges.
8. Forming: Creates bag shapes and adds handles if needed.
9. Stacking & Packing: Stacks and packs finished bags for shipment

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Biodegradable Bag Machine in India
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Biodegradable Bag Machine in Gujarat
Biodegradable Bag Machine Manufacturer
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a brief overview of the biodegradable bag making process:

1. Material Feeding: Load biodegradable pellets into the extruder.
2. Extrusion: Melt and extrude the material into a tubular film through the die head.
3. Film Blowing: Inflate the tubular film to stretch it to the desired thickness.
4. Cooling: Cool and solidify the film.
5. Flattening: Collapse the film into a flat, double-layer format.
6. Rolling: Roll the flat film onto reels.
7. Printing (Optional): Apply designs or text on the film.
8. Cutting and Sealing: Cut the film into bag sizes and seal the edges.
9. Bag Forming: Fold, gusset, or punch holes as needed.
10. Stacking and Counting: Stack and count the finished bags.
11. Packing: Pack the bags into boxes for distribution or storage.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a concise summary of the starch bag making process:

1. Material Feeding: Load starch pellets into the extruder.
2. Extrusion: Melt and extrude the starch into a tubular film through the die head.
3. Film Blowing: Inflate the tubular film with air to form a bubble and stretch it.
4. Cooling: Cool and solidify the inflated film.
5. Flattening: Collapse the tubular film into a double-layer flat film.
6. Rolling: Roll the flat film onto reels.
7. Printing (Optional): Apply designs or text on the film.
8. Cutting and Sealing: Cut the film into bag lengths and seal the edges.
9. Bag Forming: Fold, gusset, or punch holes to shape the bags.
10. Stacking and Counting: Stack and count the finished bags.
11. Packing: Pack the bags into containers for shipment or storage.

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Machine

A starch bag making machine is used to produce bags from starch-based materials, which are biodegradable and compostable. Here’s a detailed overview of the machine, its components, and the manufacturing process:

 

Components of a Starch Bag Making Machine

 

1.       Extruder

·       Hopper: Feeds starch pellets into the extruder.

·       Heater: Melts the starch pellets to a molten state.

·       Screw: Mixes and pushes the molten starch material through the extruder.

 

2.       Die Head

·       Function: Shapes the molten starch into a continuous tubular film.

 

3.       Air Ring

·       Function: Inflates the tubular film to form a bubble, stretching the film to the desired thickness.

 

4.       Cooling System

·       Air or Water Cooling: Cools and solidifies the inflated film to stabilize it.

 

5.       Flattening Rollers

·       Function: Collapses the inflated film into a double-layer flat film.

 

6.       Rolling Unit

·       Function: Winds the flat film onto rolls for subsequent processing.

 

7.       Printing Unit (Optional)

·       Function: Applies designs, logos, or text on the film using inks compatible with starch-based materials.

 

8.       Cutting and Sealing Unit

·       Cutting Mechanism: Cuts the film into specified lengths for individual bags.

·       Sealing Mechanism: Seals the edges of the bags to ensure they are leak-proof.

 

9.       Punching Unit (Optional)

·       Function: Creates handle holes or other shapes in the bags if needed.

 

10.   Stacking and Counting Unit

·       Function: Automatically stacks and counts the finished bags.

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Biodegradable Bag Machine Supplier
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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a brief overview of the biodegradable bag making process:

 

Material Feeding: Load biodegradable pellets into the extruder.

Extrusion: Melt and extrude the material into a tubular film through the die head.

Film Blowing: Inflate the tubular film to stretch it to the desired thickness.

Cooling: Cool and solidify the film.

Flattening: Collapse the film into a flat, double-layer format.

Rolling: Roll the flat film onto reels.

Printing (Optional): Apply designs or text on the film.

Cutting and Sealing: Cut the film into bag sizes and seal the edges.

Bag Forming: Fold, gusset, or punch holes as needed.

Stacking and Counting: Stack and count the finished bags.

Packing: Pack the bags into boxes for distribution or storage.

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Biodegradable Bag Making Machinery
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Biodegradable Bag Making Line
Biodegradable Bag Making Machine Manufacturer
Biodegradable Bag Making Machine Exporter
Biodegradable Bag Making Machine Supplier
Biodegradable Bag Making Machine Unit
Biodegradable Bag Making Machine Manufacturer by Ocean International
#biodegradablebagmakingmachine #oceaninternational #biodegradablebagmakingmachinemanufacturerbyoceaninternational
#biodegradablebagmachine #biodegradablebagmachinery #biodegradablebagmachineinindia #biodegradablebagmachineinahmedabad #biodegradablebagmachinemanufacturer #biodegradablebagmakingplant #biodegradablebagmakingline #compostablebagmakingmachine #cornstarchbagmachine #starchbagmakingmachine

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Comprehensive Details of a Starch Bag Making Machine

A starch bag making machine is used to produce bags from starch-based materials, which are biodegradable and compostable. Here’s a detailed overview of the machine, its components, and the manufacturing process:

 

Components of a Starch Bag Making Machine

 

1.       Extruder

·       Hopper: Feeds starch pellets into the extruder.

·       Heater: Melts the starch pellets to a molten state.

·       Screw: Mixes and pushes the molten starch material through the extruder.

 

2.       Die Head

·       Function: Shapes the molten starch into a continuous tubular film.

 

3.       Air Ring

·       Function: Inflates the tubular film to form a bubble, stretching the film to the desired thickness.

 

4.       Cooling System

·       Air or Water Cooling: Cools and solidifies the inflated film to stabilize it.

 

5.       Flattening Rollers

·       Function: Collapses the inflated film into a double-layer flat film.

 

6.       Rolling Unit

·       Function: Winds the flat film onto rolls for subsequent processing.

 

7.       Printing Unit (Optional)

·       Function: Applies designs, logos, or text on the film using inks compatible with starch-based materials.

 

8.       Cutting and Sealing Unit

·       Cutting Mechanism: Cuts the film into specified lengths for individual bags.

·       Sealing Mechanism: Seals the edges of the bags to ensure they are leak-proof.

 

9.       Punching Unit (Optional)

·       Function: Creates handle holes or other shapes in the bags if needed.

 

10.   Stacking and Counting Unit

·       Function: Automatically stacks and counts the finished bags.

Biodegradable Bag Making Machine
Biodegradable Bag Making Machine in India Manufacturer

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Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a brief overview of the biodegradable bag making process:

1. Material Feeding: Load biodegradable pellets into the extruder.
2. Extrusion: Melt and extrude the material into a tubular film through the die head.
3. Film Blowing: Inflate the tubular film to stretch it to the desired thickness.
4. Cooling: Cool and solidify the film.
5. Flattening: Collapse the film into a flat, double-layer format.
6. Rolling: Roll the flat film onto reels.
7. Printing (Optional): Apply designs or text on the film.
8. Cutting and Sealing: Cut the film into bag sizes and seal the edges.
9. Bag Forming: Fold, gusset, or punch holes as needed.
10. Stacking and Counting: Stack and count the finished bags.
11. Packing: Pack the bags into boxes for distribution or storage.

Additional Information:

• Production Capacity: 55*- 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a brief overview of the biodegradable bag making process:

 

Material Feeding: Load biodegradable pellets into the extruder.

Extrusion: Melt and extrude the material into a tubular film through the die head.

Film Blowing: Inflate the tubular film to stretch it to the desired thickness.

Cooling: Cool and solidify the film.

Flattening: Collapse the film into a flat, double-layer format.

Rolling: Roll the flat film onto reels.

Printing (Optional): Apply designs or text on the film.

Cutting and Sealing: Cut the film into bag sizes and seal the edges.

Bag Forming: Fold, gusset, or punch holes as needed.

Stacking and Counting: Stack and count the finished bags.

Packing: Pack the bags into boxes for distribution or storage.

Biodegradable Bag Making Machine
Biodegradable Bag Making Machinery
Biodegradable Bag Making Plant
Biodegradable Bag Making Line
Biodegradable Bag Making Machine Manufacturer
Biodegradable Bag Making Machine Exporter
Biodegradable Bag Making Machine Supplier
Biodegradable Bag Making Machine Unit
Biodegradable Bag Making Machine Manufacturer by Ocean International
#biodegradablebagmakingmachine #oceaninternational #biodegradablebagmakingmachinemanufacturerbyoceaninternational
#biodegradablebagmachine #biodegradablebagmakingplant #biodegradablebagmakingline #compostablebagmakingmachine #starchbagmakingmachine #cornstarchbagmakingmachine #biodegradablebagmakingmachineinindia #biodegradablebagmakingmachinemanufacturer

Additional Information:

• Production Capacity: 55-125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a brief overview of the biodegradable bag making process:

 

Material Feeding: Load biodegradable pellets into the extruder.

Extrusion: Melt and extrude the material into a tubular film through the die head.

Film Blowing: Inflate the tubular film to stretch it to the desired thickness.

Cooling: Cool and solidify the film.

Flattening: Collapse the film into a flat, double-layer format.

Rolling: Roll the flat film onto reels.

Printing (Optional): Apply designs or text on the film.

Cutting and Sealing: Cut the film into bag sizes and seal the edges.

Bag Forming: Fold, gusset, or punch holes as needed.

Stacking and Counting: Stack and count the finished bags.

Packing: Pack the bags into boxes for distribution or storage.

Biodegradable Bag Making Machine
Biodegradable Bag Making Machinery
Biodegradable Bag Making Plant
Biodegradable Bag Making Line
Biodegradable Bag Making Machine Manufacturer
Biodegradable Bag Making Machine Exporter
Biodegradable Bag Making Machine Supplier
Biodegradable Bag Making Machine Unit
Biodegradable Bag Making Machine Manufacturer by Ocean International
#biodegradablebagmakingmachine #oceaninternational #biodegradablebagmakingmachinemanufacturerbyoceaninternational
#biodegradablebagmakingmachineinindia #biodegradablebagmakingmachinemanufacturer #biodegradablebagmakingmachineexporter #biodegradablebagmakingmachinesupplier #biodegradablebagmakingmachinery #biodegradablebagmakingline #biodegradablebagmakingplant #compostablebagmakingmachine #starchbagmakingmachine #cornstarchbagmakingmachine 

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Here’s a brief overview of the biodegradable bag making process:

 

Material Feeding: Load biodegradable pellets into the extruder.

Extrusion: Melt and extrude the material into a tubular film through the die head.

Film Blowing: Inflate the tubular film to stretch it to the desired thickness.

Cooling: Cool and solidify the film.

Flattening: Collapse the film into a flat, double-layer format.

Rolling: Roll the flat film onto reels.

Printing (Optional): Apply designs or text on the film.

Cutting and Sealing: Cut the film into bag sizes and seal the edges.

Bag Forming: Fold, gusset, or punch holes as needed.

Stacking and Counting: Stack and count the finished bags.

Packing: Pack the bags into boxes for distribution or storage.

Biodegradable Bag Making Machine
Biodegradable Bag Making Machinery
Biodegradable Bag Making Plant
Biodegradable Bag Making Line
Biodegradable Bag Making Machine Manufacturer
Biodegradable Bag Making Machine Exporter
Biodegradable Bag Making Machine Supplier
Biodegradable Bag Making Machine Unit
Biodegradable Bag Making Machine Manufacturer by Ocean International
#biodegradablebagmakingmachine #oceaninternational #biodegradablebagmakingmachinemanufacturerbyoceaninternational
#biodegradablebagmachine #compostablebagmakingmachine #starchbagmakingmachine #cornstarchbagmakingmachine

Additional Information:

• Production Capacity: 55 - 125 ( kg/hr )
• Delivery Time: 90 Working Days

Biodegradable Bag Machine

A starch bag making machine is used to produce bags from starch-based materials, which are biodegradable and compostable. Here’s a detailed overview of the machine, its components, and the manufacturing process:

 

Components of a Starch Bag Making Machine

 

1.       Extruder

·       Hopper: Feeds starch pellets into the extruder.

·       Heater: Melts the starch pellets to a molten state.

·       Screw: Mixes and pushes the molten starch material through the extruder.

 

2.       Die Head

·       Function: Shapes the molten starch into a continuous tubular film.

 

3.       Air Ring

·       Function: Inflates the tubular film to form a bubble, stretching the film to the desired thickness.

 

4.       Cooling System

·       Air or Water Cooling: Cools and solidifies the inflated film to stabilize it.

 

5.       Flattening Rollers

·       Function: Collapses the inflated film into a double-layer flat film.

 

6.       Rolling Unit

·       Function: Winds the flat film onto rolls for subsequent processing.

 

7.       Printing Unit (Optional)

·       Function: Applies designs, logos, or text on the film using inks compatible with starch-based materials.

 

8.       Cutting and Sealing Unit

·       Cutting Mechanism: Cuts the film into specified lengths for individual bags.

·       Sealing Mechanism: Seals the edges of the bags to ensure they are leak-proof.

 

9.       Punching Unit (Optional)

·       Function: Creates handle holes or other shapes in the bags if needed.

 

10.   Stacking and Counting Unit

·       Function: Automatically stacks and counts the finished bags.

Biodegradable Bag Machine
Biodegradable Bag Machine in Inda
Biodegradable Bag Machine Manufacturer
Biodegradable Bag Machinery
Biodegradable Bag Plant
Biodegradable Bag Line
Biodegradable Bag Machine Unit
Biodegradable Bag Machine Exporter
Biodegradable Bag Machine Supplier
#biodegradablebagmachine #biodegradablebagmachineinindia #biodegradablebagmachineunit #biodegradablebagmakingmachineindia #biodegradablebagmachinemanufacturer #biodegradablebagmachineexporter #biodegradablebagmachinemanufacturerbyoceaninternational #oceaninternational

Additional Information:

• Production Capacity: 55-125 ( kg/hr )
• Delivery Time: 90 Working Days