Shoe Punching Machine vs Eyelet Machine: Functions, Automation and Buying Guide

Choosing between a shoe punching machine and a shoe eyelet machine depends on whether the production process requires holes only, eyelet attachment only, or both operations at the same workstation. A punching machine creates holes in shoe uppers, leather straps, belts and similar materials. An eyelet machine feeds and attaches metal or plastic eyelets into prepared holes. A combined punching and eyeleting machine completes both steps in one operating cycle.

The correct configuration should be selected according to the product design, hole quantity, eyelet type, material thickness, required spacing and daily production volume. A small footwear workshop may need a flexible pneumatic machine for different products, while a factory producing large quantities of lace-up shoe uppers may benefit from a multi-position or automatic system. This guide compares the main options available in the shoe punching and eyeleting machine category.

What Is the Difference Between Punching and Eyeleting?

Punching and eyeleting are related but separate footwear-manufacturing processes.

A shoe punching machine uses a punch and die to remove material and create a hole of a controlled diameter. These holes may be used for shoelaces, ventilation, decoration, rivets. The hole quality depends on the punch condition, die clearance, material structure and operating pressure.

A shoe eyelet machine places an eyelet through the prepared hole and forms or rivets the eyelet so that it remains attached to the material. Eyelets reinforce lace holes, reduce wear around the edge and provide a consistent decorative finish.

A combined machine completes punching and attaching at the same station. It can reduce material handling and positioning time, but it must be configured for the correct eyelet, washer, hole diameter and material thickness.

When Should You Choose a Pneumatic Shoe Punching Machine?

A pneumatic shoe punching machine uses compressed air to operate the punching mechanism. It is generally suitable for workshops that need a simple and flexible machine for punching individual holes in different products.

The operator places the material under the punch, aligns the required position and activates the cycle. Different dies may be installed for different hole sizes or shapes. Because positioning is usually manual, this configuration is most effective for low-to-medium production volumes, samples, repairs and products with changing hole locations.

A pneumatic machine is usually appropriate when:

• The product requires punching without automatic eyelet attachment.

• Hole locations or product styles change frequently.

• The workshop processes shoes, belts, bags, garments or tarpaulin materials.

• Compressed air is already available in the factory.

• A compact machine with straightforward operation is preferred.

The JN-324 pneumatic shoe punching machine is intended for punching shoes, belts, bags, garments and similar materials. Its published specifications list an operating air-pressure requirement of 5–8 kg and a reference punching frequency of up to 150 times per minute.

The listed cycle frequency should not be treated as the number of finished shoe uppers produced per minute. Actual output also depends on manual alignment, the number of holes per component, material handling and operator experience.

When Is a Multi-Position Punching Machine More Efficient?

A multi-position or multi-pin machine creates several holes during one cycle. It is useful when a shoe upper requires a repeated line or group of holes with consistent spacing.

Compared with punching each hole separately, a multi-pin system can reduce repeated positioning and help maintain spacing accuracy. It is especially useful for standardized lace-hole arrangements, ventilation patterns and decorative perforations.

The JN-325 multi-position shoe punching machine allows the spacing of its punching needles to be adjusted. The product page lists 220V power supply, 1 kW power and a reference capacity of 6,000 pieces per hour.

A multi-position system should be considered when:

• Several holes must be punched in a consistent arrangement.

• The same pattern is repeated across large production batches.

• Spacing accuracy is difficult to maintain with single-hole punching.

• The product design allows multiple punches to contact the material simultaneously.

Before ordering, buyers should specify the number of punches, center-to-center spacing, hole diameter, pattern length and maximum component size. Adjustable spacing does not mean that one machine can automatically reproduce every irregular pattern.

When Should You Choose an Automatic Shoe Eyelet Machine?

An automatic eyelet machine feeds eyelets from a bowl or feeding mechanism and delivers them to the riveting position. The operator places the shoe upper or leather component in position, and the machine attaches the eyelet to the prepared hole.

This configuration is suitable when holes have already been punched in an earlier operation or supplied as part of a pre-cut component. Automatic feeding eliminates the need to place each eyelet by hand, improving consistency and reducing repetitive handling.

The JN-309 automatic shoe eyelet machine is designed for shoe uppers, leather belts and rivet-connection applications. It uses an automatic feeding device, while its published specifications list 220V, 370W and a reference operating frequency of 110 eyelet operations per minute.

A dedicated shoe eyelet attaching machine is generally appropriate when:

• The punching process is already completed separately.

• Only eyelet or rivet attachment needs to be automated.

• The same eyelet specification is used for long production runs.

• The factory wants to reduce manual eyelet placement.

When Does a Punching and Eyeleting Machine Provide Better Value?

A combined eyelet punching machine completes the hole-making and eyelet-attaching processes at one workstation. The operator positions the material once, after which the machine punches and rivets in sequence.

This arrangement can reduce the need to transfer components between two machines. It also lowers the risk that a pre-punched hole will be misaligned with the riveting die. The main benefit is not simply faster cycling, but a shorter and more controlled process.

The JN-308 automatic nailing button and shoe punching machine is designed to complete punching and riveting at the same station. It supports single-sided and double-sided riveting, uses servo motor control and includes an output-counting function. Its listed specifications include 220V, 550W and a reference operating frequency of 220 times per minute.

An integrated machine is normally the better choice when:

• Every punched hole will receive an eyelet or rivet.

• The eyelet type and hole diameter remain stable during production.

• The factory produces large batches of similar footwear components.

• Reducing material transfer and operator handling is important.

• Consistent positioning between the hole and eyelet is required.

Seven Factors to Check Before Buying

1. Hole Diameter and Shape

Specify whether the product requires round, oval, decorative or ventilation holes. Provide the exact finished-hole diameter rather than only the eyelet's external diameter.

2. Eyelet and Washer Structure

Eyelets may be installed without a washer, with a separate washer or as a two-part rivet system. Send samples and dimensional drawings because the feeder, track and riveting dies must match the fastener.

3. Material Thickness

Measure the complete thickness at the installation point, including leather, textile, lining and reinforcement layers. A die setup suitable for thin fabric may damage thick leather or fail to form the eyelet correctly.

4. Hole Quantity and Spacing

State how many holes are required on each component and whether the spacing is fixed. Multi-position equipment is useful only when the punching layout matches the product design.

5. Single- or Double-Sided Riveting

Clarify whether the finished product uses a one-piece eyelet, eyelet with washer, double-cap rivet or another fastener structure.

6. Production Volume

Calculate the total operations per shift. A shoe upper requiring six eyelets needs six riveting cycles unless a specialized multi-station system is used. Machine cycle rate and finished-pair output are not the same measurement.

7. Machine Safety

Punching and riveting take place at a point where moving dies close around the material. Buyers should check guards, emergency stops, foot-control protection and safe die-changing procedures. Machine selection and installation should consider the risk-assessment principles described in ISO 12100. Appropriate point-of-operation guarding is especially important when the operator activates a press with a foot control.

Shoe Punching and Eyeleting Machine Selection Table

What Information Should You Send for a Quotation?

Ask the supplier to test the actual materials and fasteners before shipment. Inspect whether the punched edge is clean, the eyelet is centered, the back is formed evenly and the material remains free from tearing or excessive marking. The eyelet should remain secure during flexing and lace-pull tests appropriate to the finished footwear.

Frequently Asked Questions

Can an eyelet machine punch the hole automatically?

Some eyelet machines only attach eyelets to pre-punched holes. An integrated punching and eyeleting machine creates the hole and installs the eyelet at the same station. Buyers should confirm the exact operating sequence before ordering.

Which machine is best for making ventilation holes?

A punching-only machine is generally more suitable when holes do not need eyelets. A multi-position machine may be more efficient when the ventilation pattern contains several consistently spaced holes.

Can one machine use different eyelet sizes?

Different sizes may be possible, but changing the eyelet usually requires compatible feeding tracks, punches, dies and adjustment parts. The changeover process and included mold sets should be confirmed with the supplier.

Is a pneumatic punching machine suitable for a new workshop?

It can be a practical option for mixed products and lower production volumes, provided the workshop has a stable compressed-air supply. It also gives greater flexibility when the hole position changes frequently.

How is machine capacity calculated?

Machine specifications may show punching or riveting cycles per minute. Finished output depends on the number of holes per shoe, positioning time, material handling, operator speed and product changeovers.

What affects shoe punching machine price?

Price depends on the machine structure, number of punching positions, automatic feeding, servo controls, riveting functions, included molds and safety configuration. Buyers should also include air compressors, spare punches, feeder parts, freight and training when calculating total cost.

Conclusion

Choose a pneumatic punching machine for flexible single-hole work, a multi-position system for repeated hole patterns, and an automatic eyelet machine when pre-punched components require fastener attachment. Select an integrated punching and eyeleting machine when every hole receives an eyelet and production specifications remain stable. Testing real materials, eyelets and layouts is essential before confirming the final configuration.