eurolaser x bluefiber: Acoustic solutions
bluefiber – a brand of Sandler AG, Germany
Sandler has stood for experience, quality and reliability since 1879. bluefiber benefits from this expertise and further develops it with a new industry focus. As a specialist in fibre processing, the company has created a strong acoustics brand – with high-tech polyester in every single smart acoustic product.
Further information on the cooperation with eurolaser
eurolaser tested the following bluefiber materials on its laser cutting machines:
Laser test: bluefiber – type: wool, panel, pad
Laser cutting of sustainable polyester nonwoven fabric
Material
bluefiber is a 100% mono-material acoustic nonwoven made of polyester – largely produced from recycled PET bottles. The materials are odourless, harmless to health, durable and fully recyclable. Thanks to their open-pore structure, they provide highly efficient sound absorption. Typical application areas include open-plan offices, educational institutions, public buildings as well as technical applications for noise reduction in industrial environments.
Test setup
The M-1600 laser cutting machine was used for the test. The material was cut using the honeycomb table concept, which enables particularly effective vacuum build-up beneath the material. The channelled extraction of cutting emissions keeps the underside of the material almost completely clean. This makes it ideally suited for cutting fibre fabrics. Recommended laser power: 450 watts.
Result
The cut edges are lint-free and fray-free, and free from burn residues – even for delicate contours. Contact-free laser cutting ensures consistently high quality without tool wear. Tool changes and downtime are eliminated. Result: very good to excellent suitability.
Advantages
No material fixation is required thanks to the vacuum table.
Contact-free and force-free processing.
Large-format cutting possible.
Greater versatility through additional tool options.
Lint-free and residue-free cut edges.
Optimised material utilisation through nesting.