Electric Automatic Two Heads Two Holes Paper Bag Punching Eyeletting Machine Eyeleter Combined Punching Riveting Machine

1 Usage
Machine is suitable for paper bags, large packaging plastic boxes, gift boxes, leather shoes, belts and work permits.
2 Features
With two working heads, riveting at the same time
(1): Automatically feed rivets;
(2) Accurate positioning of perforation and good nailing effect;
(3): Distance between two ends can be adjusted, rivet at the same time, which greatly improves the work efficiency;
(4): Operation is simple and convenient, which greatly improves the production efficiency;

Throat depth	110mm(max 220)
Distance between two nails	Large 120-240mm small 60-160mm
Thickness	Less 4mm
Riveting Speed	195 times/minutes
Motor power	0.55kw
Diameter of nail	3-12mm(can be customized )
weight	230KG

Automatic Two-Head Paper Bag Punching and Eyeletting Machine

The Electric Automatic Two Heads Two Holes Paper Bag Punching Eyeletting Machine is an industrial production solution designed for manufacturers that need efficient punching, eyeletting, and riveting operations on paper bags and related packaging products. Featuring a two-head and two-hole working configuration, the machine is designed to process two compatible positions during one operating cycle, helping improve production efficiency and consistency.

Paper bag manufacturers often need to install eyelets for handles, cords, ribbons, ropes, or other carrying components. When these operations are completed manually or one hole at a time, production can become labor-intensive, especially for large-volume orders. A combined punching and riveting machine provides a more standardized production method.

The machine can be configured with suitable punches, dies, eyelet tools, positioning fixtures, and other components according to the paper bag design and eyelet specifications.

Two Heads and Two Holes Working System

The two-head configuration is one of the key features of this machine. Two compatible eyelet positions can be processed simultaneously, which can help reduce the number of individual machine cycles required during production.

For paper shopping bags and other handled bags, two eyelets are often positioned on opposite sides or at paired locations. Processing two positions together can make the production process more efficient while helping maintain consistent spacing and alignment.

The actual working distance between the two heads depends on the machine configuration and tooling requirements. For applications with specific hole spacing, customized tooling or positioning components can be considered.

Combined Punching and Riveting Process

This machine combines hole punching and eyelet riveting into a coordinated production process. The punching operation prepares the required holes in the paper bag, while the eyeletting operation sets and secures the eyelets.

Combining these processes can reduce the need for separate equipment and manual transfer between different production steps. This can make the overall workflow more efficient and easier to standardize.

The correct punch, die, and eyelet tooling must be selected according to the eyelet size, paper thickness, paper structure, and finished product requirements.

Automatic Paper Bag Eyeletting

Paper bags are commonly produced in large quantities, making production efficiency an important consideration. Automatic or electrically driven eyeletting equipment can help reduce repetitive manual operations and provide a more consistent fastening process.

The machine is suitable for paper bag manufacturers producing shopping bags, gift bags, retail bags, promotional bags, packaging bags, and other products requiring eyelets.

Depending on the production configuration, operators can position the bag, initiate the working cycle, and complete the punching and eyelet-setting operation with a standardized workflow.

Paper Bag Punching Machine

Accurate punching is essential for proper eyelet installation. If the hole is incorrectly positioned or does not match the eyelet dimensions, the finished eyelet may not have the required appearance or fastening performance.

The machine provides a dedicated punching operation for compatible paper bag materials. Suitable punches can be selected according to the required hole diameter and eyelet specifications.

For different paper structures, such as kraft paper, coated paper, laminated paper, or reinforced paper, sample testing can help determine the appropriate tooling and machine setup.

Paper Bag Eyeleter

The Paper Bag Eyeleter is designed to install compatible eyelets after the punching operation. Eyelets can reinforce the hole and provide a finished attachment point for handles, cords, ropes, ribbons, and other accessories.

A properly configured eyeletting system helps achieve consistent eyelet forming and appearance across repeated production cycles.

For manufacturers producing premium packaging products, consistent eyelet positioning and appearance can be particularly important because the eyelets are often visible on the finished bag.

Electric Automatic Operation

The electric operating system provides a convenient solution for repetitive production operations. Compared with purely manual eyelet setting, an electrically driven machine can help reduce operator effort and improve production consistency.

The machine is intended for industrial environments where repeated punching and eyeletting operations are required.

The exact automation level and operating method can vary according to the machine configuration and customer's production requirements.

Two-Hole Processing for Higher Efficiency

When two eyelets are required on every paper bag, processing two holes simultaneously can significantly simplify the workflow.

Instead of completing one hole and then repeating the entire operation for the second hole, the two-head configuration allows both positions to be handled during the same working cycle.

This can be especially beneficial for:

Shopping Bags
Paper Gift Bags
Retail Paper Bags
Promotional Bags
Packaging Bags
Takeout Paper Bags
Handle Bags
Custom Printed Paper Bags
Consistent Positioning and Eyelet Quality

Eyelet positioning directly affects both the appearance and functionality of a paper bag. Incorrect positioning can cause uneven handles, poor alignment, or difficulties when inserting cords or other carrying components.

The machine can use suitable positioning fixtures and guides to help maintain repeatable eyelet placement.

Consistent punching and riveting also help manufacturers maintain a uniform appearance across large production batches.

However, final results depend on the paper material, eyelet specifications, tooling design, hole size, and machine settings. Production testing with actual materials is recommended before mass production.

Flexible Tooling and Customization

Different paper bag manufacturers may use different eyelet sizes, materials, shapes, and hole spacing. The machine can therefore be configured with application-specific tooling.

Possible customization areas include:

Punches
Dies
Eyelet Setting Tools
Riveting Heads
Two-Head Spacing
Positioning Fixtures
Bag Supports
Feeding or Handling Components

For OEM projects, manufacturers can provide product drawings, paper bag samples, and eyelet samples to help determine the appropriate machine configuration.

Improve Paper Bag Production Efficiency

For high-volume paper bag production, reducing repetitive operations can improve overall manufacturing efficiency. The two-head, two-hole configuration allows two compatible positions to be processed at the same time.

A combined punching and riveting system also reduces the need to move the workpiece between separate machines.

By standardizing the eyelet installation process, manufacturers can improve workflow consistency and reduce dependence on repetitive manual operations.

Suitable for Different Paper Bag Designs

The machine can be used for a wide range of paper bag designs, provided the material and eyelet specifications are compatible.

Applications may include kraft paper bags, retail shopping bags, gift packaging bags, promotional bags, luxury paper bags, branded packaging, and other paper products requiring reinforced eyelet holes.

For special paper structures or unusual eyelet designs, customized tooling and sample testing can be used to develop a suitable production solution.

Why Choose Our Automatic Two-Head Eyeletting Machine?

1. Two-Head Working Configuration
Two compatible eyelet positions can be processed in one operation, helping improve production efficiency.

2. Two-Hole Processing
The machine is designed for applications where two holes or two eyelets are required at the same time.

3. Combined Punching and Riveting
Punching and eyelet setting are integrated into one production process.

4. Electric Automatic Operation
The electrically driven system is suitable for repetitive industrial production and can help reduce manual effort.

5. Designed for Paper Bags
The machine is specifically suited to paper bag eyelet applications when the material and tooling are compatible.

6. Consistent Eyelet Positioning
Suitable fixtures and positioning components help maintain repeatable hole and eyelet placement.

7. Flexible Tooling
Punches, dies, eyelet tools, and fixtures can be configured according to the application.

8. OEM and Custom Solutions
Customized machine configurations can be considered for special product designs, eyelet sizes, and production requirements.

Main Applications

The Electric Automatic Two-Head Paper Bag Eyeletting Machine can be used for:

Paper Shopping Bags
Kraft Paper Bags
Gift Bags
Retail Bags
Promotional Bags
Luxury Paper Bags
Branded Paper Bags
Packaging Bags
Takeout Bags
Handle Paper Bags
Printed Paper Bags
Custom Paper Bags
Other Paper Packaging Products
How to Choose the Right Paper Bag Eyeletting Machine?

Before selecting the machine, manufacturers should consider:

Eyelet diameter
Eyelet material and design
Paper thickness
Paper construction
Required hole diameter
Distance between two holes
Bag dimensions
Number of eyelets per bag
Required production volume
Desired automation level
Punch and die requirements
Positioning fixture requirements

Providing actual paper bag samples and eyelet samples is recommended for accurate tooling selection.

FAQS
1. What does the two-head design mean?

The two-head design means the machine has two working heads that can process two compatible eyelet positions during the same operating cycle.

2. Can it punch and install eyelets at the same time?

Yes. The machine is designed as a combined punching and riveting/eyeletting solution for compatible applications.

3. Is it designed for paper bags?

Yes. It is primarily intended for paper bag punching and eyelet-setting applications, subject to material and tooling compatibility.

4. Can it process two holes simultaneously?

Yes. The two-hole configuration allows two compatible positions to be processed in one working operation.

5. What types of paper bags can be processed?

Applications can include shopping bags, kraft paper bags, gift bags, retail bags, promotional bags, luxury packaging bags, and other compatible paper products.

6. Can it work with different eyelet sizes?

Different eyelet sizes may require corresponding punches, dies, and setting tools. Compatibility should be confirmed according to the actual eyelet specifications.

7. Can the distance between the two heads be customized?

Depending on the machine configuration, head spacing and positioning components can be customized for specific product requirements.

8. Can kraft paper be used?

Yes. Kraft paper can be considered when its thickness, structure, and strength are compatible with the selected tooling and eyelets.

9. Can the machine be used for laminated paper bags?

Potentially yes. Laminated or coated paper should be tested with the selected eyelet and tooling to verify punching and riveting quality.

10. Is automatic eyelet feeding available?

Eyelet feeding or assisted feeding can be considered depending on the eyelet design, machine configuration, and production requirements.

11. Can you provide customized tooling?

Yes. Punches, dies, riveting tools, fixtures, and other application-specific components can be customized according to product samples or drawings.

12. Is this machine suitable for mass production?

Yes. Its two-head and combined punching/riveting configuration is designed to improve efficiency in repetitive paper bag production.

13. What information is needed for a quotation?

Provide the paper bag sample or drawing, paper thickness, eyelet dimensions, required hole diameter, distance between holes, production volume, and desired automation level. Eyelet samples are also helpful.

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