Macsa applications
The adoption of laser marking on packaging materials represents a breakthrough in sustainability and efficiency for the industry.
The sector dedicated to packaging and label replacements has undergone profound transformations over the years, driven by advancements in technology, shifting market dynamics, and heightened environmental considerations. This has led to new practices and materials. These innovations aim to improve efficiency, sustainability, and the customer experience.
Traditionally, products were packaged in materials like glass, plastic, or paper. However, labels were attached directly or marked on the packaging. However, as the demand for comprehensive product information, aesthetically pleasing designs, and eco-friendly alternatives has surged, the packaging industry has responded by using new methods and materials.
Laser marking: the new label on packaging materials
A pivotal change in packaging is the adoption of direct printing, eliminating the need for separate labels. Laser technology, in particular, has become the top choice. Additionally, it provides high-quality markings that directly benefit businesses.
By enabling real-time adjustments, laser technology streamlines quick adaptation to new regulations, market demands, or personalized product information. This flexibility enhances logistical efficiency. Moreover, it empowers companies to respond quickly to the dynamic demands of modern business.
In today’s examples, Macsa id has showcased its prowess in various coding technologies, reaffirming its commitment to excellence in marking:
CO2 laser marking on cardboard packaging materials
The CO2 technology’s interaction with cardboard fibers relies on the selective absorption of laser energy, leading to controlled vaporization of surface layers. This process guarantees optimum contrast by revealing a darker colour in the marked areas, ensuring the permanence of the marking without damaging the packaging.
UV and fiber laser marking on plastic packaging materials
Both technologies perform exceptionally well in marking on plastic:
On the one hand, ultraviolet radiation induces a photochemical reaction, resulting in intricate and enduring markings. The UV laser’s uniqueness lies in its ability to create labels with exceptional contrast, which is difficult to achieve with other technologies.
When applied to transparent plastic, the fiber laser produces focused interactions that generate optimal contrast, delivering legible and durable markings without altering the plastic’s original colour.
Macsa’s applications encompass comprehensive labels, featuring text, barcodes, logos, and QR codes, providing an overall solution for product identification without altering the aesthetic.
In conclusion, the adoption of laser technology for direct product marking brings significant advantages, including improved logistics efficiency, enhanced traceability, cost reduction, and minimized waste. This innovation aligns with industry demands for more sustainable and efficient solutions in supply chain management.s of the transparent plastic.
Technical data
- Market: Food
- Product: Food container
- Application type: Coding
