MACSA APPLICATION

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 process has led to the adoption of new practices and materials that seek to improve efficiency, sustainability and consumer experience.Traditionally, products have been packaged in straightforward materials such as glass, plastic, or paper, with pertinent information conveyed through printed labels either attached directly or marked on the packaging itself. 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 technology, the new label on packaging

 A pivotal change in packaging is the adoption of direct printing, eliminating the need for separate labels. Laser technology, in particular, has emerged as the premier choice, providing 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 not only enhances logistical efficiency but also empowers companies to promptly respond to the dynamic requirements of the contemporary business landscape. In today's examples, Macsa id has showcased its prowess in various coding technologies, reaffirming its commitment to excellence in marking: 

CO2 marking on natural fiber packaging

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 technology marking on plastic trays

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

 

• Laser:                                      SPA 2 UV,

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• Market:                                   Food

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• Material:                                 Plastic and cardboard

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• Product:                                  Food container

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• Application type:                Coding

 

Do you want to know more about the advantages of laser marking on cardboard and plastic?

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APPLICATION NEWS

Macsa ID equipment is used to code and mark products made from a wide variety of materials. This advanced laser technology ensures high-quality messages and graphics at rapid speeds, all while maintaining minimal operating costs.Application News showcases products coded and marked on a daily basis with Macsa ID lasers worldwide. In this post, we talk about laser marking on cardboard pots:

• Macsa application: characteristics of the marked product, laser marking in the food sector.
• Macsa Solution: what laser have we used to mark on cardboard?
• Technical data: summary of the specifications of laser marking on cardboard.

MACSA APPLICATION

In the food sector, packaging trends prioritise solutions that are environmentally sustainable, enhance customer experience, and, most importantly, uphold food safety standards. In this context, cardboard is one of the most widely used materials in the manufacture of dairy packaging due to its effective thermal insulation, light protection and recyclability, preserving the quality of dairy products throughout the supply chain. Its light weight makes it easy to transport, while its versatility allows for design customisation and adaptation to various shapes.In terms of food safety, laser marking emerges as a great ally, surpassing traditional ink methods, by providing accurate and durable markings, meeting the highest traceability standards. Laser marking on cardboard offers significant advantages, such as precise coding on high-peed production lines, high accuracy in the reproduction of details, durability of the marking, and the ability to work with various types of cardboard, including coated or specially finished ones. Additionally, laser technology is environmentally friendly as it requires no consumables and generates zero waste, contributing to efficient and eco-conscious marking. The non-contact marking process also prevents the wear and deterioration of the packaged product.

MACSA SOLUTION

In this application news, we coded with a CO2 laser on painted cardboard cheese trays. The CO2 laser's precision and versatility allow the light beam to strike the cardboard in a controlled manner, removing the surface layer of paint. The resulting marking, featuring a lot number and expiration date, is highly legible and accurate with exceptional sharpness.The color of the cardboard plays a role in the visibility and intensity of the marking, with dark coloured backgrounds (blue, black, green, brown...) offering higher contrast compared to light colored backgrounds such as yellow and orange.  However, dark colour reserves can also be  applied to highlight markings on these lighter-coloured backgrounds. 

TECHNICAL DATA

• Laser:                                      SPA 2 C

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• Market:                                  Food

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• Material:                              Cardboard

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• Product:                                  Cheese pots

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• Application type:                   Coding

 

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MACSA APPLICATION

In the pharmaceutical field, traceability and coding have become fundamental pillars to guarantee the quality and safety of products. The regulations regarding coding in the pharmaceutical sector are very strict, often undergoing frequent changes to align with market needs and ensure consumer safety.

Amidst this dynamic environment, effective traceability, which entails monitoring the supply chain from manufacturing to distribution, is enhanced by the accurate coding of each unit. Laser technology has transformed this process, providing an efficient and accurate solution that can adjust to the dynamic nature and requirements of the pharmaceutical sector.

 

MACSA SOLUTION

In today's application news, fibre laser technology has been used to mark blister packs on printed aluminium, delivering a comprehensive and effective solution. This innovative approach ensures simultaneous marking of text and QR codes with unparalleled accuracy. Macsa's fibre laser guarantees flawless readability, ensuring the legibility of critical information on each product unit and is ideal for applications for metals and reflective materials.

This solution not only increases efficiency on the production line, but also improves traceability by providing coded data that is easily traceable at every stage of the process, meeting the most demanding standards of the pharmaceutical industry.

 

TECHNICAL DATA

 

• Laser:                                      SPA 2 F Film

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• Market:                                    Farma

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• Material:                                 Aluminium

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• Product:                                  Blister

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• Application type:                   Coding

 

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MACSA APPLICATION

PVC (polyvinyl chloride) is a versatile plastic material extensively employed in various healthcare applications, due to its durable properties, resistance to chemicals, and ease of processing. In the healthcare sector, particularly in the utilization of medical devices like radiation rings, the imperative need for traceability has arisen to guarantee safety and precise monitoring of radiation exposure in clinical settings.In addressing this requirement, laser technology emerges as an optimal solution, contributing to the establishment of a  a unique and durable identification system that facilitates individual tracking and traceability over time.

MACSA SOLUTION

In today's application news, UV laser technology has been chosen to mark radiation rings made of PVC. The utilization of UV radiation ensures minimal thermal impact during the marking process, thereby preventing deformation or structural damage to the material.  Noteworthy for its exceptional marking quality, UV technology ensures unparalleled accuracy, ensuring sustained legibility over time for a diverse range of markings, including datamatrix, QR codes, alphanumeric, and others.

TECHNICAL DATA

 

• Laser:                                       SPA 2 UV 

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• Market:                                    Medical devices

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• Material:                                  PVC

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• Product:                                   Radiation rings

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• Application type:                 Marking

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MACSA APPLICATION

In the world of jewellery, packaging serves as more than just a functional enclosure; it is an essential aspect of the customer's journey, conveying the inherent value of the jewellery and contributing to their overall experience. The careful presentation of a jewel through packaging not only highlights its beauty, but also reflects the brand and its commitment to quality.

Laser technology emerges as an innovative solution capable of fulfilling both aesthetic and functional demands in packaging design. From an aesthetic perspective, lasers allow for precise and intricate engraving on various materials, imparting a unique and sophisticated touch to the packaging of items like jewellery or premium perfumes.

At the same time, laser technology proves to be an effective solution to guarantee the authenticity and traceability of products through the application of unique codes.

MACSA SOLUTION

In today's Application News a cardboard jewellery box coated with paint has been marked with a CO2 laser. These lasers emit a beam of infrared light that is absorbed by the cardboard. When the laser energy hits the surface of the material, it causes localised heating. The ablation process removes the paint, leaving the cardboard's colour on the surface and creating a distinctive, contrasting mark.

This results in a permanent mark on the carton featuring specific details, making this technology ideal for simple applications such as coding, or more complex markings such as logos, images or decorative elements commonly found in perfumery or jewellery packaging, where precision and aesthetic quality are paramount. In addition, the speed and versatility of CO2 laser technology makes it an efficient choice for carton marking in industrial and production environments.

  

TECHNICAL DATA

• Laser: SPA2 C

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• Market: Jewellery / Promotional gifts

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• Material: Cardboard

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• Product: Jewellery boxes

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• Application: Marking

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MACSA APPLICATION

Recycled materials require the search for marking and coding technologies that are both sustainable and profitable for companies. This type of recycled materials is on the rise in the food market due to environmental concerns and evolving government regulations.Traceability is crucial in the frozen food industry to guarantee product quality and enable swift detection or recall in emergencies.Production lines in this sector operate under low temperatures, making laser marking an ideal choice. Laser marking provides cold-resistant, permanent, and highly legible markings, ensuring visibility throughout the product's shelf life.For this reason, more and more manufacturers are opting for this more sustainable and safer technology compared to traditional ink marking methods.

MACSA SOLUTION

The use of Macsa's SPA2 UV laser allows permanent marking without burning or deteriorating the substrate, ensuring high definition and quality. Laser coding on polyethylene and polypropylene ensures traceability throughout the product's life without generating waste.The colour of the substrate and the size of the elements to be marked define the power to be used and the speed to be reached. In this case, with laser marking we have achieved good contrast.

TECHNICAL DATA

• Laser: SPA2 UV

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• Market: Food

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• Material: Polyethylene and Polypropylene

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• Product: Seafood freezer bags

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• Application: Coding

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What are the key benefits of laser marking on freezer bags?

• Sustainability: We reduce the carbon footprint by using recycled materials and a marking process that generates no waste.
• Traceability: Each laser-marked bag contains detailed information about origin, packing date, and more, ensuring quality from production to the final consumer.
• ♻️ Recyclability: We facilitate the recycling process by avoiding inks or additional materials that hinder component separation.

MACSA APPLICATION

Recycled materials require the search for marking and coding technologies that are both sustainable and profitable for companies. This type of recycled materials is on the rise in the food market due to environmental concerns and evolving government regulations.Traceability is crucial in the frozen food industry to guarantee product quality and enable swift detection or recall in emergencies.Production lines in this sector operate under low temperatures, making laser marking an ideal choice. Laser marking provides cold-resistant, permanent, and highly legible markings, ensuring visibility throughout the product's shelf life.For this reason, more and more manufacturers are opting for this more sustainable and safer technology compared to traditional ink marking methods.

MACSA SOLUTION

The use of Macsa's SPA2 UV laser allows permanent marking without burning or deteriorating the substrate, ensuring high definition and quality. Laser coding on polyethylene and polypropylene ensures traceability throughout the product's life without generating waste.The colour of the substrate and the size of the elements to be marked define the power to be used and the speed to be reached. In this case, with laser marking we have achieved good contrast. 

TECHNICAL DATA

• Laser: SPA2 UV

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• Market: Food

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• Material: Polyethylene and Polypropylene

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• Product: Seafood freezer bags

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• Application: Coding

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MACSA APPLICATION

Every day, millions of coffee capsules are used around the world, and the traceability of their various compounds and packaging materials is undergoing constant change. Potential applications include the ability to distinguish between different coffee intensities, batch expiry dates, and marketing aspects such as branding logos and capsule designs, among others.

MACSA SOLUTION

In today's Application News, the marking we show you was done with a Macsa id SPA2 FP laser. As can be seen in the photos, the reaction of the material is optimal, allowing the contrast to be improved by filling in the alphanumeric characters without perforating the protective layer of the product.The marking area of the black capsule is made of smooth aluminium, a very common material in capsules. The marking tends to be white and depending on the light reflection, the marking will be more or less visible. In the white capsule we are dealing with a compostable material, where it is possible to get a darker reaction. This type of material is increasingly used in this and many other sectors, as it provides a plus of sustainability, which is increasingly appreciated by consumers.

TECHNICAL DATA

 Laser:                                     SPA 2 FP 

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Market:                                  Food

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Material:                                Aluminium and Compostable

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Product:                                Coffee capsule 

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Type of application:            Marking

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MACSA APPLICATION

Every day, millions of coffee capsules are used around the world, and the traceability of their various compounds and packaging materials is undergoing constant change. Potential applications include the ability to distinguish between different coffee intensities, batch expiry dates, and marketing aspects such as branding logos and capsule designs, among others.

MACSA SOLUTION

In today's Application News, the marking we show you was done with a Macsa id SPA2 FP laser. As can be seen in the photos, the reaction of the material is optimal, allowing the contrast to be improved by filling in the alphanumeric characters without perforating the protective layer of the product.The marking area of the black capsule is made of smooth aluminium, a very common material in capsules. The marking tends to be white and depending on the light reflection, the marking will be more or less visible. In the white capsule we are dealing with a compostable material, where it is possible to get a darker reaction. This type of material is increasingly used in this and many other sectors, as it provides a plus of sustainability, which is increasingly appreciated by consumers.  

TECHNICAL DATA

 Laser:                                     SPA 2 FP 

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Market:                                  Food

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Material:                                Aluminium and Compostable

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Product:                                Coffee capsule 

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Type of application:            Marking

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Do you want more information about Laser marking on coffee capsules or similar products? Leave us your details and we will contact you shortly to find the best solution.

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