With its speed, flexibility and precision, the N-Lase fiber laser machines are the perfect solution for marking metals, coated metals and plastics.
Over the past decade, the laser marking machine has become an essential tool for numerous manufacturing facilities worldwide. In particular, laser marking is heavily used in industries such as medical, aerospace, automotive and electronics, where traceability is an integral part of the manufacturing process.
How does a fiber laser marking machine work
The annealing method works by heating a metal to a particular temperature to create various colours. The annealing method has significant advantages over traditional printing techniques. Namely, the permanent and attractive nature of the mark.
Foaming is used for plastic applications. By heating the dark plastic, the laser’s heat causes local melting on the surface of the object. The heat build-up causes bubbling, and eventually, the molten plastic creates a “foam” effect, which is significantly brighter than its surround area. The manufacturing industry is a heavy user of the foaming process for purposes such as QR codes, serial numbers and other brand or product information.
Carbon migration is used to create a smooth black mark on steel, stainless steel, carbide and titanium metal surfaces. The process works by generating heat to bond the surface of the metal with carbon molecules, which results in the carbon changing the top colour of the metal’s surface. The carbon migration process is a sterile technique that is heavily used in the medical industry to add traceability codes to medical parts and devices.
The discolouration process works by tweaking the laser parameters, such as the wavelength, width and pulse frequency, to generate the appropriate amount of heat to get the desired colour on the metal or plastic surface. This process is used for multiple applications, including giftware, decorative jewelry, product branding and more.
Direct part marking (DPM)
Direct part marking – or DPM for short – is used by automotive, medical, aerospace and electronic industries to track the lifecycle of parts and components during the manufacturing process and supply chain.
By adding a machine-readable code, such as a barcode, serial number, date code or part number, to every stage of manufacturing; companies can implement stringent traceability practices to meet regulatory requirements.
In particular, DPM tracking is essential for resolving liability or warranty issues, tracing parts for service or recalls.
Full life cycle traceability
Advantages of using the N-Lase fiber laser machines for marking applications
Flexibility with materials
The N-Lase laser markers can be used for steel, stainless steel, aluminium, titanium, cast iron, copper, gold, silver, abs plastic, polycarbonate, polyamide and more
A simple barcode or part number can be marked in a blink of an eye. We work with each of our customers to find the ideal parameters that combine speed with high- quality marking results.
Can be automated
For large volume applications, the machines can be automated to deliver a fast-paced marking solution.
Crisp and sharp quality
The quality of the mark is second to none! Even the smallest and intricate designs can easily be marked with our machines.
Multiple file formats
The N-Lase Designer software, which comes with our machines, supports various file formats such as DXF, AI, PLT, Bitmap or JPEG.
In contrast to most printing methods, the laser offers a permanent mark even under extreme industrial environments.
There is no physical contact with the surface of the object during the marking process. As a result, the marking machine is a perfect solution for germ-free, anti-rust traceability requirements.
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