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You can revoke your cookie settings at any time, Fax Laser marking on plastic can be obtained with either a CO 2 or a fiber laser source. Power tools, Entire overview With a wavelength of only 355 nm, this UV … The laser marking of plastics basically involves three separate processes: changes in color, alterations to surfaces and the ablation of layers.>. Lasers also offer versatility since they can process a wide variety of different plastics in … Foaming or melting are surface-altering processes. Challenges for Plastic Laser Marking Machine Manufacturers. The marking equipment provider you choose can make (or break) your project success. Advantages of TRUMPF machines, Entire overview Download it here. Discover the comprehensive manual "Laser marking in brief" and find out about the technical background of the processes and laser systems as well as a guideline on practical marking. The flexible laser tool applies high-contrast and permanently legible, high-resolution product markings even in difficult to access areas. UV marking lasers, fiber lasers and solid-state lasers in the infrared wavelength range are ideally suited as beam sources for laser marking plastics. Press releases, Entire overview Plastics can be marked or engraved with laser marking machines in many ways. Plastics can therefore be marked much faster than metals. Our plastic marking systems come in a variety of sizes … Especially when processing flame-retardant plastics, it is important that the material and wavelength are optimally matched to each other. The laser achieves even the most intricate markings which are high-contrast, clean, and without any smudges. Plus custom fabrication is available. Even after multiple cleaning cycles, these scales remain clearly legible and are highly resistant to temperature and environmental factors. The resulting raised markings are about 20 to 40 μm high and relatively wide. Laser marking is a permanent and customizable method of marking plastic parts. The laser choice will depend on the application requirements. Laser marking is the most flexible way of marking plastics and yields legible, sharp and indelible images. Polyethylene laser marking. Laser marking not only proves to be more economical but also offers marks that is free of contact, … Lasers are much more flexible in coping with such challenges, tolerating even minor surface soiling, and able to begin marking immediately without having to first create templates, which is required, for example, by screen and pad printing processes. Lasers can be precisely adjusted to the respective plastic using a range of optional wavelengths, powers, and parameters. The optimal laser markers and marking examples are provided for each category, including ABS, epoxies, and PET marking… Color changing and foaming enable the flexible creation of highly legible, durable, and high-contrast labels and images, e.g. Here, the use of a UV laser is recommended. For day and night designs, lasers with high pulse-to-pulse stability are available to ensure precise and homogeneous layer ablation. This removes coatings or special layers in laser marking film. Linear marking speeds of text and machine vision codes can achieve 500 ft/min and faster, where inkless laser marking now replaces rotary gravure and pad printing… Color molecules can be selectively bleached out or their color changed. High-quality, reproducible and fully solvent-free: Joining plastics using lasers has many advantages and numerous applications. Discoloration is caused by the break-up of chemical compounds. along with other resins for marking with variety of … Media service, Entire overview Copyright © 2020 MECCO. Contrast is created by the color of the base material or base coating. Services, Entire overview 020 6675 9899, pdf - Plastic Marking with a Laser A fiber laser from Epilog is the perfect choice for marking engineered plastic parts with barcodes, serial numbers and logos. These lasers often achieve better results than standard systems with wavelengths of 1,064 or 1,030 nm. Laser marking is a very versatile technology not just for plastic, but also for a lot of common materials like wood or metal. Laser engraving plastic demands both scientific and creative approach. TRUMPF uses cookies to provide a variety of services, to continually improve these services and to display advertisements according to the interests of our visitors. Contact People, Entire overview Short-pulse lasers achieve good results with a range of marking types depending on the plastic, the laser wavelength and additives used. Shop engraving plastic at Hansen Supply. Download this checklist for the critical questions to ask when shopping for a marking equipment supplier. In additives such as carbon black or dyes, absorption occurs at varying wavelength spectrums. Although it is more difficult to laser mark than polypropylene or PV., the additives present in polyethylene plastic allows the application of a laser mark with a high contrast identifier, when proper laser … By clicking on "CONSENT" you consent to the use of cookies for the pages trumpf.com, mytrumpf.com and their sub-pages. Machines & systems, Entire overview 020 6675 9800. Robust plastics laser-marking operations require engineering expertise in areas ranging from the selection of polymeric resins and their chemical formulations through systems integration-a total solutions methodology approach that includes material-science chemistry, primary molding operations, laser … Our high-performance engraving materials are offered in over 300 color combinations. TRUMPF Group, Entire overview Foaming is therefore usually used for black and dark colors. Laser marking of plastic, or plastic engraving, is a process during which components are labelled or marked with the aid of a laser. The process is typically used for light-colored plastics. The light is diffusely reflected, and the marking on dark plastic … Industries, Entire overview Polyethylene is an important plastic used in packaging and bottling industries. The marking process produces such … The laser's high level of performance and excellent beam quality guarantee that you will achieve brilliant laser markings for applications in all industries. Laser marking is a non-contact optical process in which the plastic has to absorb the laser beam. To achieve high legibility and marking quality, it is recommended to mix laser-sensitive additives into some industrial plastics. For laser marking plastics, the laser selectively melts the matrix material, creating gas bubbles which become trapped during cooling. Online Magazine, Entire overview The properties of the plastics remain largely unaffected. You have selected India. Non-contact laser marking is very fast as well as abrasion, heat and acid resistant, and many different plastics can be marked or engraved with a laser. Moreover, not all plastics are the same. My first few attempts at laser marking plastic with a 20W fiber laser. Applications, Entire overview Do you want to keep or change the selection? The polymer that the plastic parts are made up of dictates the methods used and the energy input needed to laser mark … In carbonization, carbon-containing plastics burn or carbonize on the surface. Plastic This section introduces a variety of information, from plastic marking/processing principles to laser features according to wavelength. Marking speeds for polyolefin synthetic wine corks and undercap promotions on linerless beverage closures are capable of 2000 pieces/min for alphanumeric text and graphics (FIGURE 4). Molded plastic parts have become ubiquitous components of industrial equipment, medical devices, aerospace & aviation components, vehicle & marine parts and common household appliances. Regardless of whether you are producing small or large-volume components or handling small or large lot sizes – TRUMPF's laser marking systems ensure the best possible ergonomics and safety at all times. As the material does not burn or carbonize, it is referred to as "cold marking" with high surface qualities. At present, the best Rolex Replica are Swiss movements, assembled in Hong Kong, white steel color is 316L steel or 904L steel, gold part is 18K gold or rose gold, work fine, accurate and stable walking, … We offer premium engraving, ADA, cast and extruded acrylic and architectural sign substrates for laser … Laser marking of plastics has many advantages of traditional marking methods like ink, dyes and paints. The key to laser marking plastics is achieving sufficient absorption of the laser beam into the material. Information is typically in the forms of … … Since lasers with different wavelengths are available, the wavelength can be optimized for the respective material. TRUMPF provides you with a complete solution for your specific application. With the TruMark 6030 marking laser, you can make the most of the advantages offered by the next generation of marking lasers by TRUMPF. Especially in medical technology and automotive engineering … Lasers, Entire overview Dark gray markings can then be made on light materials. For laser marking plastics, the laser selectively melts the matrix material, creating gas bubbles which become trapped during cooling. The laser dose alters selected molecules and thus brings about a change in color. The main objective of marking systems is the long-term legibility of markings, but ink, for example, has inherent limitations. Based on your configuration, United States might be more appropriate. Any explicit consent from you to process your personal data can be revoked at any time by unchecking the following checkbox. Laser marking on plastics in the medical and automotive industry Its versatility and its relatively low cost make plastic a universal material. VCSEL solutions & photodiodes, Entire overview The laser radiation of the Endurance semiconductor (diode) lasers melts the upper layer of the processed material, which allows to engrave or cut samples of acrylic, plastic, and rubber up to 10 mm thick. Hygienic laser engraving and marking of plastics for medical technology with the help of UV lasermarkers. SMARTmark® UV Laser Marker is the Answer for Plastics and More [News], 6 Reasons Why Manufacturing Traceability is Essential Now, Top Advice for Turning Industrial Data into Actionable Results, Laser Engraving Plastics: How to Navigate the Challenges. To create permanent marks that convey essential information as well as aesthetic qualities, many manufacturers use laser marking. The product surface is colored photochemically. The varying properties and additives in plastics often require individualized marking solutions. Even extremely small ABS plastic parts can benefit … The successful marking with the settings I used is at the end of the video. Surfaces remain largely unaffected and smooth. Generally, the fiber laser generates a white mark on any plastic … The laser is used to create long-lasting, fine, and high-contrast color changes on a multitude of everyday objects made of plastic. Plastics are materials that pose several challenges to many marking systems. Buttons in vehicle interiors are an example of markings achieved by layer ablation. The contact-free method can also be used to mark hard-to-reach and curved surfaces of the part. Customer magazines, Telephone In the case of plastics, the process is characterized by a fast marking … Laser inscriptions on plastics neither fade nor rub off so remain perfectly legible even after years. Further details can be found in the privacy policy, Lasers mark plastic components not only permanently and flexibly, but also very environmentally and material friendly. Responsibility, Entire overview ID cards. Absorption by the macromolecular structure of plastics is usually in the ultraviolet and far infrared range. In daylight, the symbols are white and at night they are backlit. All rights reserved. Laser wavelength plays an important role in the marking of plastics, depending on the application. The resulting raised markings are about 20 to 40 μm high and relatively wide. The low heat conductivity in plastics means low energy losses during marking. The light is diffusely reflected, and the marking on dark plastic appears bright. Software, Entire overview Please note that up until revocation, the legal validity of consent-based processing remains unaffected. Success stories, Entire overview Cold and non-contact laser marking means that the component surface remains virtually unaffected. In metals, most of the beam is reflected, while in plastics, transmission, diffuse reflection, and absorption are more important. Premium Engraving, ADA and Architectural Sign Substrates B.F. Plastics, Inc. carries a wide variety of plastic and metal engraving materials, corporate award and trophy supplies in a variety of thicknesses, colors and finishes. You can set your browser as you wish and generally prevent the setting of cookies. 2020 Manufacturing Regulations Making a Mark on Traceability, 5 Dos and 5 Don'ts for Selecting the Marking Technology Your Product Needs, Customer Service that Speaks Directly to Your Bottom Line, 6 Ways Laser Marking Will Save You Time and Money. For example, precision scales can be applied to plastic products used in medical technology. “Laser Marking” of plastics is a noncontact digital process whereby indelible information is applied onto a target substrate surface with minimal material penetration. Laser markings on plastic surfaces are always smudge and abrasion resistant. Color change in the laser marking of plastics includes discoloration, bleaching and carbonization. Multi-layer or coated plastics can be laser-marked by ablating a thin top layer. How do I Ensure High-Quality Laser Marks? You can then opt on a case-by-case basis whether to allow cookies, generally accept them or reject them. Fiscal year figures 2019/20, Entire overview Laser marking can be one of the most successful ways to mark or engrave plastics -- over labels, printing, and other alternatives -- when you are using the right type of laser marking machine for your application. To find the best way to laser mark plastics and other materials for manufacturers, the MECCO team uses an evidence-based process to define the requirements, assess technical feasibility, and design a custom solution. UV Laser Marking Machine : Well-suited for marking heat-sensitive materials, including a number of plastics, from HDPE and silicone to polycarbonate and polyethylene. By checking the following checkbox, you consent to the use of cookies for the website pages of trumpf.com, mytrumpf.com and their sub-pages. "On-the-fly" laser marking is one of the most highly specialized applications performed on molded and extruded products such as wire/cable, tubes, and pipes. This is due to the fact that - compared to conventional marking procedures - no templates or consumables such as ink are required. Laser Printing on Plastic Our laser marking additives can be used in polyolefins like PP, HDPE, PS, ABS, PC, TPU, PET, PBT, Nylon, PVC and TPE etc. Smart Factory, Process cutting: Shears, slitting shears and nibblers, Process fastening: Seam lockers and power fasteners, Process bevelling: Deburrers and bevellers, Entire overview 7 MB, Entire overview VCSEL solutions & photodiodes, Entire overview Advantages of TRUMPF machines, Entire overview Fiscal year figures 2019/20, Laser welding systems and the arc welding cell, Entire overview Different material types behave differently while progressing with laser marking plastic… With a Fiber laser, you can mark many different commercially used plastics, such as polycarbonate, ABS and polyamide with … Using frequency-doubled (532 nm, green) or tripled (355 nm, UV) solid-state lasers extends the range of plastics that are easy to mark. Laser marking plastics offers fast, non-contact processing which helps maintain the integrity of the material. Lasers can mark products with various geometries in a fully computer-controlled … Laser marking on plastic Speaking about plastics means referring to derivatives from very different chemical compositions, which influence the performance of the processes applied to them, including … Laser beam energy is used to break down or change the structure of individual molecules, such as color pigments. This behaviour is also used in the laser welding of plastics, during which one welding partner absorbs the laser beam and the other welding partner is transparent for the laser beam. Power electronics, Entire overview Careers, Entire overview That said, here are just some of the most common plastics that … One of the key features that makes plastics so difficult to mark successfully is the wide variety of compounds available, including polycarbonate, polyethylene, and silicone; furthermore, common fillers, extenders, and additives as well as colors.

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