Laser applications

Research & Precision Fabrication

Precision CO₂ laser processing for laboratories, engineering teams and product-development workflows involving thin films, adhesive materials, multilayer structures and digitally fabricated components.

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DF-60D CO2 laser cutter installed at the Food Laboratory of Zhongyuan during XLH Laser equipment training
XLH Laser on-site training photograph at the Food Laboratory of Zhongyuan.

Published Research Application

DF-60D CO₂ Laser Cutter Referenced in a 2026 Nature Communications Study

A published fabrication method references the DF-60D for patterning PET and adhesive layers in a wearable microfluidic system.

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Application development

Thin Films, Layered Structures & Precision Prototypes

PET Processing

Digital geometry for thin-film components and repeated cut patterns, supported by material-specific trials.

Adhesive Film Processing

Patterned adhesive layers for assemblies where material identity, handling and alignment matter.

Microfluidic Prototyping

Multilayer fabrication workflows connecting patterned films, adhesive layers and prototype assembly.

This application area brings together published research and XLH Laser processing examples. Project requirements should be evaluated against the specific substrate, feature geometry and intended use.