Laser machines for multihole abrasives

Produce multihole abrasive discs with precision, speed and flexibility. Zenna laser systems are built for abrasive manufacturers and converters that need to create complex hole patterns with consistent quality and minimal tooling limitations.

Built for complex multihole abrasive disc production

Multihole abrasive discs demand precision. As hole patterns become denser and perforations smaller, traditional production methods become harder to manage efficiently.

Zenna laser machines are designed for this type of work. They produce multihole abrasive discs with accurate hole positioning, clean cutting results and repeatable quality across every production run.

The best solution for multihole abrasives

Die cutting is still used in abrasive converting, but it becomes more restrictive when discs require a high number of very small holes. Tooling grows more complex, wear affects consistency, and switching to new patterns takes more time.

Laser cutting removes these limitations. Because the process is contact-free and digitally controlled, it enables precise production of advanced multihole abrasive discs, including pinhole patterns and custom layouts.

Benefits of laser cutting for multihole abrasives:

accurate cutting of many small holes
consistent quality without tooling wear
easy switching between hole patterns
more freedom in product design
efficient production for both repeat orders and variations

High-quality output with less tooling dependency

Zenna laser systems help manufacturers produce high quality multihole abrasive cutting discs with stable, repeatable results. Without physical dies, there is less variation, less maintenance and less dependency on tooling condition.

That means better process control, fewer production limitations and more confidence in final product quality.

One integrated system for automated production

Zenna combines laser cutting, robotics and vision technology in one integrated setup.

The robot manages material handling. The laser performs the cutting and perforation. The vision system checks positioning and alignment throughout the process.

Together, these technologies create one streamlined production solution for laser-cut multihole abrasive discs.

Designed for abrasive manufacturers and converters

These machines are developed for production environments where flexibility, precision and throughput all matter. They support abrasive manufacturers and converters looking to modernise disc production and reduce reliance on traditional tooling.

Key advantages:

produce complex multihole and pinhole abrasive discs
switch quickly between different product designs
reduce quality variation caused by tool wear
automate handling and cutting in one line
scale from smaller batches to high-volume production

Suitable for standard and custom abrasive patterns

Zenna laser machines can be used to produce:

standard multihole abrasive discs
pinhole abrasive discs
custom hole patterns
product variations for different sanding systems

Because the process is digitally controlled, new designs can be introduced without investing in a new die for every pattern.

Frequently asked questions about multihole abrasives

Why is laser cutting suitable for multihole abrasives?

Laser cutting is highly suitable because it can produce many small holes accurately and consistently, even in complex patterns.

Can these machines produce pinhole abrasive discs?

Yes. Zenna laser systems are well suited for pinhole abrasive discs where very small, accurately positioned holes are required.

What is the advantage over die cutting?

Die cutting depends on physical tooling, which becomes more complex and limiting when patterns contain many small holes. Laser cutting offers more flexibility, more consistent quality and easier changeovers.

Are these systems suitable for abrasive manufacturers and converters?

Yes. The machines are specifically designed for abrasive production environments where automation, precision and flexibility are essential.

Can different disc patterns be produced on one machine?

Yes. Because the system is digitally controlled, different patterns can be produced on the same machine without changing physical tooling.