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Abrasives converting with laser cutting technology

Zenna Laser develops laser cutting systems for abrasives converting processes where accuracy, flexibility and stable production are essential.

Abrasive materials are processed in many forms, including discs, rolls, belts, sheets, strips and specialty formats. Each product type has specific requirements for cutting quality, hole patterns, material flow and automation. Laser cutting makes it possible to process these variations without relying on fixed mechanical tooling.




Flexible processing for abrasive materials

Abrasives converting often involves different material types, product shapes and production volumes. A system may need to process wide web material in continuous production, or smaller material widths with frequent product changes.

Zenna Laser designs machines around the abrasive material, web width, product geometry and required output. This helps create a process that is accurate, repeatable and suitable for industrial production.


Multi-hole abrasive discs

Multi-hole abrasive discs require accurate small hole patterns, consistent positioning and clean contour cutting.

Fibre discs

Fibre discs require accurate contours, centre holes or star holes and consistent edge quality.

Roll and web based abrasives

Many abrasive products start from roll material. In web-based converting, stable transport, tension control and accurate positioning are essential.

Deburring brushes

Laser cutting can also be used for abrasive or technical products with specific shapes, openings or patterns, such as deburring brush components.

Abrasive belts

Abrasive belts often require more flexibility than standard disc production. Product widths, lengths and shapes can vary, and production runs may be shorter.

Speciality formats

Laser cutting makes it possible to produce specific abrasive shapes, patterns and formats without dedicated tooling, giving manufacturers more flexibility for custom or smaller production runs.



Flexible abrasive production with Zenna Laser machines

Zenna Laser develops laser cutting systems for abrasive converting processes where flexibility, accuracy and stable output are essential. From multi-hole abrasive discs and fibre discs to roll-based products, deburring brushes, abrasive belts and specialty formats, each application can be processed with digitally controlled contours, holes, perforations and patterns.

For abrasive materials, this is a major advantage. Mechanical punching and cutting tools wear quickly, which can affect edge quality, uptime and maintenance costs. Laser cutting removes the physical cutting tool from the process. Product designs are controlled through software, allowing manufacturers to switch between hole patterns, shapes and formats without changing tooling.

Zenna Laser systems can be configured for continuous roll processing, including unwinding, web handling, laser cutting, inspection, output handling, automated separation and robotic stacking. This makes the process suitable for both high-volume production and product ranges with frequent changes.

The result is a controlled abrasives converting process with less tooling effort, faster changeovers and repeatable cutting quality from the first part to the last.


Choose the right setup for your web width and production volume

The right machine setup depends on material width, product type, required capacity and level of automation.

For high-volume disc or sheet production, a wide web solution may be the best fit. For varied products, smaller widths or frequent changeovers, a narrow web setup can offer more flexibility.

Zenna Laser offers machine concepts for both wide web and narrow web abrasives converting.

Wide web machines are suited for high-capacity production with larger material widths above 600 mm and continuous output. Narrow web machines are useful for smaller widths, belts, strips, specialty formats or production processes with more variation.


Narrow web abrasives

Wide web abrasives



Reduce tooling limits in abrasives production

Mechanical cutting and punching tools wear quickly when processing abrasive materials. This can affect edge quality, uptime and maintenance costs.

Laser cutting removes the physical cutting tool from the process. Patterns, contours and perforations are controlled by software, making it easier to switch between products and maintain consistent output.


Stable material flow for repeatable output

Consistent product quality depends on stable material flow. If the web shifts, stretches or moves unpredictably, cutting accuracy and product quality are affected.

Zenna Laser combines laser processing with controlled material transport and automation to keep the process stable from input to finished product.




Discuss your abrasives converting process

Every abrasives converting process depends on the material, product shape, web width, required output and automation level.

Share your process with our engineers. Zenna Laser can support you with sample testing, machine advice or a configuration discussion for your abrasives production.



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Frequently asked questions

What are the advantages of laser cutting abrasives?

Laser cutting eliminates tooling wear, reduces changeover time and enables the production of complex shapes and hole patterns with high precision. The laser systems of Zenna are especially suitable for cutting hard abrasive / Fiber and - or in combination with multiholes patterns.

Which abrasive materials can be laser cut?

Zenna systems can process fiber, sandpaper, cloth-backed abrasives, Velcro-backed materials, PSA-backed products and other coated abrasive substrates.