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Additionally, laser technology enables us to mark very thin organic material, such as pear, apple, and cucumber skin, with high-definition markings. You can mark the data that best suits your needs, such as the expiry date, batch number, text, logos, or images. This not only enhances traceability but also creates a more sustainable brand image, which is environmentally friendly and respects people's health. 
Are you looking to delve deeper into the numerous benefits and applications of laser marking technology when it comes to fruit, including its potential impact on quality control, traceability, branding, and environmental sustainability?
We will be delighted to find the best solution for your needs.
The beverage market is one in which customer engagement is gaining more strength and where more and more QR codes are marked on containers, even going so far as to change the design of the label to reserve space for this marking.
In this case, we have marked QR codes with a CO2 laser on labels of different colors. The laser reaction on the paper strips the paint from the paper, generating a high-quality and legible marking. With a 100x100 lens and a minimum power of 60W, we have achieved high-resolution QR code markings (expiration dates and lot numbers), generated at the high speed required by these production lines. The background color of the label enables the viewer to easily read the QR code and marking. For this reason, there is the possibility of creating an exclusive black reserve for marking and coding.
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If you are looking for the best laser solution to mark on film, do not hesitate to contact us:
Reaching this level of finishes is possible thanks to Macsa ID's CO2 range technologies, but the type of application to be carried out must be considered to decide the power of the laser. Accordingly, the greater the power, the greater the speed. As a result, accurate marking can be achieved. The lens will also be considered, which will directly depend on the marking area.
Our range of SPA 2 lasers is the one that has the greatest capacity to adapt to each project. Thanks to the possibility of choosing not only the lens, but also multiple powers, depends on the marking area. If the area to be marked is small, and the marking does not require very high speeds, we can opt for our range of iCON Series lasers, which are compact and easy to adapt to most production lines due to their small size.
An elegant deep finish was sought after in these stoppers. This was successfully achieved thanks to our SPA HPD 30W laser, which achieves an engraving on the material that allows the marked logo to stand out. If, on the other hand, a marking without engraving was required, we would apply less power so that the marking would remain superficial.
If you are looking for the best laser solution for coding and marking on wood, do not hesitate to contact us:
There are two totally different types of marking that were carried out. The first focused on the traceability of the part, using a QR code, a very common and effective marking today in the automotive world that allows a lot of information to be encoded in small spaces. The second "SRS AIRBAG" is an alternative that we propose to supplant injection molding. Since laser marking has the adaptability to be used to develop a new product, it is a marking that we categorize as aesthetic as it will be one more design element that will always be visible once the piece is placed.
Knowing the material in regards to its texture and notably its black color, the best option was the F-9020 20W fiber laser from Macsa ID. There is a very good contrast and is clearly legible regarding the QR code (placed on a smooth side), as well as the text (located on the rough finish of the piece categorized as aesthetic).
Recycling is an increasingly present matter in society, and polymer recycling is not exempt from the trend, despite not being easy due to the variety and composition of the materials. Laser marking on recycled polymer pipe saves consumable costs since it is done directly on the substrate.
Marking and coding guarantees product traceability in the construction market. In this particular case, it is an established requirement that pipes must be marked according to the manufacturing material used and its main use.
The DPSS laser, in this case, the NANO D-6006 DUO from Macsa id, with a 1064 nm wavelength, allows to make a laser marking on the recycled polymer pipe of high contrast and visibility. The chemical reaction of the DPSS laser on the polymer enhances the logo marking on different coloured backgrounds. On the other hand, if CO2 had been used the reaction would be totally thermal causing the plastic to melt and generating a small relief.
If you want more information, do not hesitate to contact us, we will be happy to hear from you.
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