Laser marking
DeSta::Microcut offers laser marking as an option for previously cut workpieces. The laser system has a pallet swivel table with a marking field of 200 mm by 200 mm. Components can be marked, for example, for unique product identification, traceability or position marking. DeSta::Microcut offers laser marking as a service for a wide range of applications. Laser marking enables precise and high-quality marking of workpieces.
Laser marking - precise and permanent marking
Laser marking, also known as laser markingrefers to the process of permanently marking objects using high-energy laser light. The thin laser beam bundles energy into a shape, which changes the surface of the workpiece to be marked and creates a permanent inscription. This non-contact process is used to mark and identify various materials such as metal, steel or stainless steel.
The laser beam is directed at the surface of the product, heating the material locally and causing it to melt or vaporize. This creates a permanent marking on the surface that does not fade. The energy of the intense laser beam ensures that the high-contrast marking remains durable even under adverse conditions such as moisture, heat or chemicals.
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The experienced team at DeSta::Microcut is ready to support you with your individual challenges. Whether you have specific requirements for prototypes or small series, the team is at your disposal with years of expertise and know-how. The aim of DeSta::Microcut is to offer you the best possible service.
A variety of materials are suitable for laser marking. Laser marking of aluminum, steel alloys and non-ferrous metals are common practical examples. Laser marking of stainless steel in particular is used more frequently in the food industry. Metallic surfaces suitable for marking materials are smooth, as the contrast between the material and the marking is crucial. Laser marking can be carried out on a variety of materials such as metal and (anodized) aluminium. The different processes are used depending on the materials used. The results vary depending on the material and can range from simple, permanent lettering to complex, high-resolution images.
Overall, laser marking offers a versatile method and high precision for marking and finishing a wide variety of materials.
Which materials are suitable for laser marking?
Advantages and special features of laser marking
Laser marking of metals offers numerous advantages for permanent and high-precision marking that can withstand even extreme conditions. This makes laser marking particularly suitable for use in industry and medical technology for marking workpieces, as it meets high demands in terms of durability and sterilizability.
The marking of steel and stainless steel is particularly popular in the automotive and electronics industries due to the material properties. At the same time, laser marking of surgical instruments in medical technology, for example, enables precise and gentle marking of medical devices and instruments.
The numerous advantages of laser marking include precise and reproducible marking, flexibility in the design of text and graphics and the ability to mark different materials. With laser marking at DeSta::Microcut, companies can mark their workpieces efficiently and individually. This ensures that traceability and quality assurance requirements are met.
What is the difference between laser marking and laser marking?
Laser marking and laser marking are two laser marking methods that cause different changes to materials. Laser marking with a CO2 laser creates a structural change and enables the surface to be structured. It is ideal for precise and durable markings, especially on materials such as aluminum. Laser marking mainly uses a fiber laser with a shorter wavelength and pulses in the nanosecond range. This results in effects such as engraving, material removal and color change, with the changes taking place inside the material. The choice between the methods depends on specific requirements and the desired effect, although both are powerful tools for material labeling.
Which materials are suitable for laser marking?
Laser marking is suitable for a diverse range of materials, including metals such as steel, stainless steel and aluminum, enabling precise and durable markings. Plastics such as ABS, PVC, polyester and polycarbonate are characterized by clear and sharp laser markings. Even paints, which are more challenging to apply, can be given striking and long-lasting lettering by laser. Films such as PVC films enable high-quality imprints on packaging, while laminates such as coated papers or resin coatings enable clear markings with high resistance to external influences. Laser marking has a wide range of applications, from medical technology to general industry.
Laser marking at DeSta GmbH & Co KG
DeSta::Microcut offers laser marking for precise, durable and material-friendly marking of various workpieces, such as surgical instruments. The marking is permanent on all surfaces and impresses with its resistance to environmental influences. Laser processing enables large-area coding and allows the marking of sterilizable components with serial numbers. Laser marking of metal is carried out with high precision and high quality and is characterized by consistent marking.
Overall, DeSta::Microcut offers a wide range of options for laser marking metal. In addition, other manufacturing processes such as laser fine cutting, water jet cutting, CNC bending, CNC milling and wire erosion have established themselves as important technologies in the modern manufacturing industry. Send us your individual inquiry using the contact form, by e-mail or by telephone – we look forward to hearing from you!
Exchange
DeSta::Microcut manufactures individual workpieces. The basis for this is created by the employees together with customers through personal consultation and exchange at eye level to jointly solve individual challenges.
Flexibility
A wide selection of raw materials in stock and the adaptive use of resources enable short-term deliveries and a high degree of flexibility in production.
Creativity
Driven by the curiosity to solve difficult challenges, the DeSta::Microcut team meets your individual requirements with courage, creativity and problem-solving expertise.
Reliability
At DeSta::Microcut, experienced specialists, modern machines and years of know-how guarantee the punctual production of high-quality workpieces.
How does laser marking work?
Laser marking uses an intense laser beam to permanently mark surfaces. There are various methods, including surface oxidation, in which a thinner oxide layer is created on metals by the laser. Alternatively, material can be removed by the laser, which is suitable for various materials such as metal, plastic or ceramic. The change in the material depends on factors such as the wavelength of the laser, the pulse duration and the power density. Overall, laser marking enables precise and permanent marking on a wide variety of surfaces.
Laser marking: contactless and permanent marking
Laser marking is a non-contact process for permanently marking materials using a high-energy laser beam. The process changes the surface of the product and leaves permanent markings. Laser marking is an effective method of marking products permanently, weather-resistant and clearly legible.
FAQ
Find out more about laser marking and other high-precision manufacturing solutions at DeSta::Microcut. In addition to information about laser marking, we have also collected a wide range of information on other relevant topics, which are linked below. If your question remains unanswered, please do not hesitate to contact us via the contact form, by phone or by e-mail.
