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Discover the World of Fiber Laser

Check out ODMTECH Fiber Laser Marking and Cutting Systems

ODMTECH Fiber Laser

Lightning Speed Marking, Sharp Details

  • Excellent results on any types of metal and plastic surfaces
  • Cutting, engraving, marking, deep engraving
  • Maintenance-free long working life
  • Creating Serial Number, Serial Date, Serial Barcode and Serial QR code
  • 70x70, 110x110, 150x150, 175x175, 220x220, 300x300mm range of application

4 OPERATIONS IN 1

Marking

High speed marking on surfaces up to 300mm × 300mm wideness

Engraving

Engraving with a accuracy of 0.01mm on all metal surfaces without aging the CNC nozzle

Scraping

Deep engraving on metal surfaces in a short time with a powerful and continuous laser beam

Cutting

Great workmanship and superior detailed cuts in all precious metal plates

ODMTECH FIBER LASER MODELS

S Series

Split Type Fiber Laser Marking System

Easily integrate the ODMTECH S Series Fiber Laser Marking System into your production line, which offers flexible use thanks to its power supply and marking head designed in separate bodies,.

C Series

Cabinet Type Fiber Laser Marking System

With Class 1 closed cabin, ready air duct for dust and smoke vacuum systems and externally controlled electric focus elevator, ODMTECH C Series Fiber Laser System is your reliable assistant in production.

Work Station

Mobile Workstation Compatible with S Series

Durable, portable workstation specially designed for ODMTECH S Series. Visit the product page for its versatile usage types and benefits.

Why ODMTECH?

ODMTECH Fiber Laser Machines are designed to provide a workforce that will support companies that are constantly engaged in production for many years.

ODMTECH Fiber Laser Machines that produced with the most compatible equipment and materials resistant to long working hours, which are brought together to meet the needs of the production industry, are ready to carry your business to the future with you. 

LASER PREFERENCE AND AFTER SALES

PROFESSIONAL SERVICES

WARRANTY

All components of ODMTECH Fiber Laser Systems are under warranty for 2 years against fabrication defects.

TECHNICAL SUPPORT

Remote and on-site access to your technical support needs for ODMTECH Fiber Laser Systems designed for continuous production.

EDUCATION

Unlimited access to on-site training and application videos suitable for your sectoral needs in order to get maximum efficiency from ODMTECH Fiber Laser Systems.

CURRENT FIBER LASER ENCYCLOPEDIA

ODMTECH LASER ACADEMY

Fiber Laser Marking Machine Application Areas
Fiber Laser Marking Machine Application Areas

What are the Operations Performed with a Laser Machine? Marking It leaves a permanent and controllable precision mark on the surface of the material. It can be applied to materials such as ecosal and painted surfaces, Polycarbon, Composites, Titanium, Copper, Cast Iron, Plastic, Steel, Ceramic, Silicone, Precious Metals (gold, silver), Leather, Stone, Brick, Nylon, Thin films, Aluminum, Brass and so on. The industries in which it is used can be listed as Automotive Sector, Aerospace, Shipbuilding, Aircraft Industry, Defense Industry, All Manufacturing Industry, Electric-Electronic Industry, Medical Materials, Jewelery and Jewelery, Glassware Manufacturing, Solar Energy Panels and Systems, Semiconductor Materials. Fiber Laser Marking Machines supply very practical results. Laser Engraving Unlike marking, it is preferred in jewelry production such as gold and silver, besides it is widely used in molding and metal processing industry to embroider patterns and texts on the mold. Fiber Laser Marking Machine is a very convenient and practical machine for engraving. Cut It is the process of cutting the material of certain thicknesses in a computer-controlled manner. Cutting can also be applied in many sectors and in all metal and plastic products. Apart from this, it is very preferred especially in the jewelery sector. Fiber Laser Marking Machines supply very successful results. Paint Scraping It is the marking process in which the top color is removed with laser beams on colored metals and the metal returns to its original color. It is used in business card designs, jewelry applications and many manufacturing industries. Fiber Laser Marking Machines supply very practical results. Leather Processing You can mark any image you write or draw on the leather in a computer-controlled manner. It is especially preferred for leather products such as textiles, bags and wallets. Fiber Laser Marking Machines supply very successful results. Photo Printing You can achieve great results in fiber laser machines with photo or picture printing, which is a method that can be applied to all metals and many materials, which has a usage area such as gift, accessories, stationery products. Fiber Laser Marking Machines supply very practical results. QR Code and Barcode QR and barcode applications used in almost all production sectors are a method used for the uniqueness of your product. It can be applied to materials such as ecosal and painted surfaces, Polycarbon, Composites, Titanium, Copper, Cast Iron, Plastic, Steel, Ceramic, Silicone, Precious Metals (gold, silver), Leather, Stone, Brick, Nylon, Thin films, Aluminum, Brass, etc. and Automotive Sector, Aerospace, Shipbuilding, Aircraft Industry, Defense Industry, All Manufacturing Industry, Electric - Electronic Industry, Medical Materials, Jewelery and Gems, Glassware Manufacturing, Solar Energy Panels and Systems, Semiconductor Materials. Fiber Laser Marking Machines supply very successful results. Barcode also has the same application areas as the QR code and is subject to marking with the same processes. Lettering Marking The Letter Marking process, which has many uses in the jewelery sector, in the gift sector, in materials such as business cards, in the manufacturing industry, and in many other areas of use, is a highly preferred application when defining your products or creating elegance in jewelery and souvenirs. Fiber Laser Marking Machines supply very practical results. Serial Number In the manufacturing industry, the serial numbers on our products are marked with Fiber Laser marking machines. Again, Ekosal and painted surfaces, Polycarbon, Composites, Titanium, Copper, Cast Iron, Plastic, Steel, Ceramic, Silicone, Precious Metals (gold, silver), Leather, Stone, Brick, Nylon, Thin films, Aluminum, Brass, etc. can be applied and take place in sectors such as Automotive Sector, Space, Shipbuilding, Aircraft Industry, Defense Industry, All Manufacturing Industry, Electric - Electronic Industry, Medical Materials, Jewelry and Jewelery, Glassware Manufacturing, Solar Energy Panels and Systems, Semiconductor Materials. Fiber Laser Marking Machines supply very successful results.

Frequently Asked Questions About Fiber Laser Marking
Frequently Asked Questions About Fiber Laser Marking

We aim to eliminate all the unclearness in your mind about 'fiber laser marking machine', within this heading. As those who take place in the sector know and those who want to take a new step in the sector will learn from now on, "fiber laser marking machine" takes place in more than one field. We encounter this machine in many fields such as plastic materials taking place in our daily shopping life, defense industry, medical sector, automotive industry, shipbuilding industry and all of its manufacturing lines, mobile phones, smart watches, tablets, computers, briefly all electric-electronic industries, jewelery and design sectors and many other fields. We have answered all questions about this sector together with our expert team in order to be a guide for new entrants and to convey important information about fiber laser marking machine for either people who have just entered this business or who have experience in this business. What is Fiber Laser Marking? Fiber laser is a type of laser that contains rare elements in nature, it can leave permanent marks and marks on the products you want to mark with a computer-controlled system with the laser light coming out of the power source during the marking process. Thanks to fiber laser marking, non-contact, more precise, environmentally friendly, high-speed, reliable and low-cost, as well as adjustable process for different materials. These different materials provide flexibility to meet the needs of the industries. We can cite structural steels, stainless steels, plastic, gold, silver, brass, copper, echoed and painted surfaces, composites, titanium, ceramics, silicon, leather, iron and different aluminum grades as examples. In addition to these, the durability of the signs is permanent and high contrast. They can withstand temperatures, abrasions and even acids, in addition to being colorfast and water resistant, once again reveals the difference of the fiber laser system. These traces and mark samples can be reproduced as expiry dates on plastic bottles of water we buy from markets, QR codes, manufacturer's logo or brand name, emblem, souvenir printing, prints on jewelry, markings on metal used in the manufacturing industry. In short, fiber laser marking makes use of rare elements in nature, leaving permanent marks on the materials with the beam emitted from the power source. Will Laser Marking Damage The Relevant Product? First of all, it should be noted that the marking process was first made by printing methods with ink in the pad printing on the products. We can give serigraphy as an example. These methods were damaging your product and reducing their quality. Laser technology, which emerged with the advancing technology, replaced the more traditional methods. The operations performed with this laser technology are performed both faster and more securely than before. In addition, laser marking, which minimizes or even completely removes the error margin in your products, provides you with the opportunity to achieve more efficient results. Fiber laser marking machine consists of permanent marks you leave on the products as per your request. This method of leaving the mark only at your request, thanks to this developing technology, is applied only to the regions you want, and this method reveals its difference with the traditional method. What is Annealing and Color Marking? Annealing laser process and color marking is a type of process. The traditional methods mentioned in the previous question have been abandoned and laser technology has been used for both types of operations. The annealing laser process is a type of laser used only for metals. However, it is useful to expand the definition a little here. Laser annealing can be applied on metals that are exposed to oxygen and heat that exhibit discoloration. While making the explanation, we used the term laser annealing deliberately, and if we remind again the reason for this, it is to point out that traditional methods have been abandoned and new technology is now being used. With the laser annealing process, undamaged surfaces can be created and this technique can be used in the production of sensitive devices such as medical devices. In addition, very thin wide lines can be created with this system. As for color marking, with this system, which can also be referred to as "Color Laser Marking", color marking can be made on the marked object with certain codes entered in the computer. Due to the increasing demand for color marking processes in the market, manufacturers are working to produce lasers operating at different wavelengths. Thanks to different wavelengths, it is aimed to create different colors and to make color variation with laser in the marking process. In this type of process, colored marks can be left on the stainless steel with Mopa Fiber Laser, or if we are more descriptive, it can leave a mark. What is Laser Annealing, How Is It Applied? The annealing laser process is a very special method, it is a district heating process that can change the color of the heated product in relation to the temperature of the heat. Nothing is removed from the surface of the heated product during annealing. The continuous heat of the laser over a given area creates an oxidation reaction process that leaves a permanent mark. With this system, which is the sign of heat annealing, it leaves us a permanent and readable mark (trace) after the processes of heating and cooling the color on the metal surface. Annealing laser processes are mostly done with metals and leave the applied surface smooth and clean after the process. During annealing, low heat is applied in order to protect the health of the product. Therefore, out-of-focus lasers are used in this area. Oxidation; It is a type of etching that causes a color change on the surface of the metal where the reaction occurs. However, it is worth noting that the surface is not damaged in these processes. It is also possible to obtain different colors depending on the temperature. If the metal is heated up to 200°C, the marking process loses its effect and disappears. What Are Other Operations Performed With The Laser Machine? Marking leaves a permanent and controllable precision mark on the surface of the material. Laser engraving, unlike marking, is preferred in jewelry production such as gold and silver, as well as in molding and metal processing industries to process patterns and texts on molds. Although engraving is sometimes used synonymously in both terms, there is an important difference to highlight. Laser marking only leaves a permanent and controllable precision mark on the surface of the material. laser engraving, on the other hand, involves a permanent depth in the material. It is similar to engraving in form. Cutting is the process of cutting the material of certain thicknesses in a computer-controlled shape. Carbonization is a necessary method to leave black text marks on the surface of materials such as Fiber Laser, Stainless Steel, Sheet and so on. What is Day and Night Marking? We can mark day and night with the fiber laser marking machine. This type of marking is more common in the automotive and electronics industry. Day and night laser marking technology is a system that works using a concentrated laser beam until it reveals the colored lacquer layers, especially in the automotive and electronics sector, the color the manufacturer wants. Transparent surface materials are illuminated in the targeted direction. Thanks to this application, the products provide a level of illumination that can be called perfect day or night. We use the benefits of this technology at every moment when our daily life meets technology. In addition, thanks to this technology, manufacturers can use it to illuminate smaller areas, thus providing a great advantage in controlling the layout and aesthetics (vehicle dashboard, car, etc.). It gives freedom to producers in this regard, so to speak. Which Materials Can Be Laser Marked? As is known, we can engrave most metals thanks to Fiber Laser marking machines. However, this does not mean that these machines only mark metals. They can mark plastics (pet bottles), ceramics (marbles), glass and silicon with laser marking method. In addition, depending on the material used in the building, graphite, composites, rubber and LEDs can be marked with any color or black. In addition, we can use laser marking when writing precious metals such as rubies, sapphires or even diamonds with great value.

What is Fiber Laser Marking?
What is Fiber Laser Marking?

What is Fiber Laser Marking? Fiber laser marking is a type of usage area of laser in industry. At this point, it will be useful to give some information and definitions about Fiber laser marking. Laser marking is the process of leaving the desired mark with a laser on any product to be applied. Fiber Laser Marking Machines perform this process with a computer-controlled laser beam without the aid of any tools or ink. Fiber Laser Marking Machines do not require consumables and signs such as numbers, texts, barcodes, logos and more are produced with the help of computers. Therefore, the application areas are extremely flexible. In this context, maintenance-free ODMTECH Fiber Laser Marking Machines are designed and manufactured to offer a long working life of up to 100,000 hours. How is the Working Process of the Fiber Laser Marking Machine? The working logic of the fiber laser marking machine is as follows: The light produced by the laser completes the marking process by acting on the desired product. Laser marking machines differ among themselves according to the type of use. These are: Fiber lasers, CO2 lasers and UV lasers. The laser marking process is commonly used to complete barcode labels, date codes, QR codes, serial numbers, part numbers, branding and logo insertion, image placement, and so on. In addition, laser marking is useful in creating a high degree of counterfeiting identification and smart cards. Apart from marking with the fiber laser marking machine, deep engraving and cutting can be provided in the form of engraving. Fiber lasers are renowned for their versatility and laser marking being one of their most popular applications. This process is used to mark, deep engrave and cut steel, aluminum, gold, silver, brass and other metals, LED, plastic, silicone, wood, rubber, leather, plexi, glass and similar materials. In this article, we will give information about fiber laser marking machines. Although the fiber laser marking machine is a product of the advancing technology in the last decade, it is developing day by day. Fiber laser marking machines are advantageous compared to traditional writing and labeling methods as they do not require preparation time and consumables. The answers to the question of what is a fiber laser marking machine may seem complex and incomprehensible at first. Explaining the answer to the question of what is a fiber laser marking machine with examples will lead to more understanding. When we fix the heat at the focal point of the substance we want to ignite, we witness that this substance ignites after a certain period of time. Fiber laser machines work on this exact scheme. The answer to the question of what is a fiber laser marking machine can be given in this way with the simplest example. The laser beam passes through a complex lens and completes its task. If we need to give an example of these lenses, we can use the f-objective lens example. If we need to explain the answer to the question of what is a Fiber Laser Marking Machine with another method, the f objective lens has the feature of protecting the focal point in a single plane row instead of concentrating it on a single area. It realizes the laser light under computer control. The laser focuses on the material defined by the f-objective lens. Images and text, machine-detectable codes or various markings can be made. While sunlight consists of multiple colors and wavelengths, there is only one color in laser light. In other words, it all consists of the same color and same wavelength. Wavelength is related to the diversity of the laser. As the materials diversify, they vacuum different wavelengths of light. If the materials mounted on the bottom of the laser vacuum the wavelength of this laser, then the best replication will occur. The type of laser we want to use on behalf of the fiber laser marking machine will vary according to the type of this material. If we want to work with wood, we must use a carbon laser suitable for this product. The laser type should be selected according to the type of material to be marked, which we want to explain briefly. It is not possible to mark all materials with a kind of laser. What is the Marking Area? Before purchasing a fiber laser marking machine, it is a matter that you should learn. Briefly, if we define fiber laser marking, it refers to the boundaries of the area that the laser can write with the existing lens without change. The fiber laser marking area varies with the lens mounted on the laser. The most popular fiber laser marking area among the sectors is the marking areas of 110x100mm, 150x150mm. If you want to work on areas of different sizes, you can easily do this thanks to the lenses that can be easily removed and installed. There are three different settings that are important for fiber laser marking. Speed in Fiber Laser Marking: It is related to how fast the laser beam travels on the material during fiber laser marking. The marking machine uses galvometer mirrors to make this process happen. Engineers who deal with the adjustment of these mirrors adjust the speed of how many characters per second. According to the power of the fiber laser machine, the highest level of this speed varies. Power in Fiber Laser Marking: Expecting a function beyond the capacity of a laser machine you own will result in inefficient results. Not every machine can exceed the limits of the power it is designed for. The more power the laser has, the more and faster it will be able to do work. 30 Watt laser can only work at 30 Watt power and work at this capacity. The variety of the work you will do and the materials you will use will be effective in choosing the power of the machine you need. Frequency Range in Fiber Laser Marking: It means the change of the number of laser strokes and the amount of energy generated by these strokes. Choices can be made in the low frequency or high frequency range. If low frequency ranges are preferred, products made of plastic can be melted, while it provides the opportunity to mark superficially in high frequency ranges. One of the most important issues to be considered here is to ensure that laser pulses do not overlap with each other. Interference occurs when the frequency range increases while the galvo speed decreases while fiber laser marking. In this case, knowing the relations between speed, power and frequency will directly affect the quality of the results obtained when making fiber laser marking. In addition to all these factors, different effects are likely to be seen in different studies. What you will mark, what material you will mark on and how you want to do these operations will result in different frequency settings. In general, we tried to answer the questions of new users and those who want to do business with these latest technology machines. The officials you can reach at www.odmistanbul.com will provide you with the most detailed information about which mobile stations you can have with the best cost in fiber laser marking. If you are having difficulty in deciding which type of machine to choose, the consultants you can reach from the site we have linked can answer your questions. Features of Fiber Laser Marking Machine As mentioned above, marking, engraving and cutting of different material types. Having high speed Making the marking process in a contactless way without using force. Producing sharp images of high quality Having a 300x300 mm wide marking surface Dynamic marking ability Complete the marking process precisely during marking. Finding a strong and long-lasting fiber source of fiber laser marking machines It is an ideal marking type for those who want to produce high volume. Average power of 20W-50W Easy installation thanks to its plug-and-play feature is among the advantageous features of fiber laser marking machines and affects the increase in use. How to Choose the Most Suitable Laser Marking Machine? Laser machines are divided into different types according to their functions. Whichever sector you work in, you need to choose a machine suitable for that sector. Everyone has different expectations while choosing a laser marking machine. While observing the Fiber Laser Marking Machine, the expectations of some people, other marking machines can see the expectations of some. When choosing a laser marking machine, you must determine your expectation and collect the necessary information in it. You should continue your research by researching spare parts as well as machine specifications. A machine without a spare part can start a troublesome process for you. A meticulous research is very important, as the absence of parts that break down after you give some money to the machine you buy will cause the cost of the new machine. In this context, ODMTECH Fiber Laser Marking Machines also provide spare parts support. Machines that do not have suitable equipment for your production area will cause inefficient results as they will reduce the quality of your work. Therefore, doing hardware and parts research will enable you to reach the most suitable machine for you. We will make several laser marking machine comparisons for you: Electricity requirement in machines with lamp pump (CO2) is three-phase. KW consumption is on average 6 KW. Laser activation is krypton. Its active life rate is 500-1,000 hours. Restorer maintenance cost is on average 150-600 $. The disadvantage of this machine is that it consumes considerable energy. I will write about these features of three more machines so you can get an idea outside of this machine. Electricity requirement in machines with Diode Pump (Nd: YAG) is Three Phase / Monophase. KW consumption is on average 2 KW. Laser activation is diode. Its active life rate is 5,000-10,000 hours. Restorer maintenance cost is approximately $ 10,000-15,000. Lamp consumes less energy than machines with pump. Electricity requirement in machines with Diode Pump (Nd: YVO4) is Monophase. KW consumption is an average of 0.7 KW. Laser activation is diode. Its active life rate is 15.000-20.000 hours. Restorer maintenance cost is around $ 8,000-10,000. Fiber Laser Marking machines need electricity in Monophase. KW consumption is on average 0.2 KW. Laser activation is diode. Its active life rate is 30,000-100,000 hours. The average maintenance cost of the resistor is 2,000-4,000 $. Fiber Laser Marking Machine provides advantages over other marking methods with features such as mark durability, lack of consumables, repeatability and reduction in process times. Laser marking is extremely popular in the manufacturing industry and can be broadly integrated into downstream processes in the production line. The wide-range frequency pulse combines its output with high peak power to deliver highly accurate, efficient and durable marking. The features of four machines are specified above. Fiber Laser Marking Machine is developing rapidly and it is getting more useful day by day. Fiber Laser Marking Machine Prices The price of the Fiber Laser Marking Machine varies according to the type, brand, production status and fiber W value of the machine. Generally speaking, it costs between 3.000 USD and 50.000 USD. The quality and function of the purchased machine changes the price. Although this price is not certain, there are machines with different prices in the light of the so-called issues.

How Does a Fiber Laser Marking Machine Work?
How Does a Fiber Laser Marking Machine Work?

What is Laser and Fiber Laser Marking? First of all, let's start with knowing the meaning of the word Laser. The word laser comes from English and stands for "Light Amplification Stimulated Emission of Radiation", derived from its initials. In our own language, it is referred to as "light amplification by beam propagation". With Fiber Laser marking, it is aimed to leave a permanent mark on any material. And for this, a concentrated laser beam is used. In order to carry out these processes, the Fiber Laser marking machine works as an extremely fast and automated system. It perfectly performs cutting, marking, engraving and deep engraving processes on all kinds of plastic and metal surfaces and has a maintenance-free and long-lasting operating system. Of course, it works not only on plastic and metal surfaces, but also on materials such as steel, titanium, aluminum, copper, ceramic, glass, and wood. That's why Fiber Laser marking machine works with the utmost focus on any material. Thanks to the laser beam used in Fiber Laser marking, any superficial defects on a material are corrected by these beams. Thanks to this feature, it has become a machine that is needed in the field of technology as it provides a permanence in the materials. Which Products Can the Laser Marking Machine Mark? If we told you that you can mark most products you can think of with a laser marking machine, what would your reaction be? If you want to mark, you first need to decide which products you want to brand. The marking process is all about laser. Since the laser itself has a beam wave, lasers with different beams are needed in order to mark products produced with different materials. This means: Different structures can be marked with a laser marking machine, but this is possible with different laser beams and, in general, it has given more successful results in plastic products. In addition, it can mark products made of glass, wood and leather. As leather, you can brand both artificial and real leather. You can make various prints with the laser marking machine. Writings, pictures, etc. on the leather. you can, and they become permanent. If it is necessary to give an example, it is possible to make logo, emblem and slogan style prints. The laser marking machine can mark all products formed with plastic, wood, rubber, leather, metal, textile, gold, silver and other materials. As can be understood from here, it is not possible to mark products with a single laser beam. In order for each product to be branded, laser beams with different parameters are required. Apart from that you can mark; Steel Gold Silver Rice Micro-processed products as well. Here it is useful to underline that; Since these laser machines do not need any special maintenance, they can be preferred and used very easily. When marking products with a laser marking machine, you do not need to worry about causing environmental pollution. Laser marking is a completely environmentally friendly machine and does not use any chemicals and does not generate waste. What are the Main Equipments in Laser Marking Machine? As we mentioned before, there are lasers with different structures. However, the same main equipment is available for each laser in the Fiber Laser marking machine. Main equipments are as follows: Control Unit (Controller) Laser source Galvo Head Scanner (micro mirror) Software Computer with software Lens Why Is Fiber Laser More Efficient? When deciding on a laser machine, there are three important points that play an important role in which machine will be used and preferred. Laser Technology Laser power Working size As the fiber laser machine can best meet these three features, we think it is more efficient for manufacturers. Many laser machines are available and all work on a variety of materials. However, in order for these materials to produce and mark an efficient product, they must have a very good laser structure. For this reason, Fiber laser machine is the most preferred choice of people. Because he works in the direction of leaving a permanent mark at the depth you want and manages to mark the products in the most appropriate way. At the same time, today fiber sources are highly preferred in unpainted and uncoated metals such as stainless steel, aluminum, carbon steel, chrome and copper. Another important feature is the working size. What matters to you here is the size of the pattern, material and space you want to work with. To give an example for this; For a 60x60 size pattern, a 40x30 working area will be too small for you and you will not be able to perform the work you want. Therefore, as well as the size of the pattern, the working area should be suitable. In order to be able to work in the entire area, the laser machine must be of at least this size. The machines that are most suitable for these environments and where you can achieve your goals in the best way are definitely those with fiber laser. If we consider only these three important points, you will also notice the efficiency it will provide. If you want to further enrich the efficiency of your laser machine, there are add-ons you can make. You can place a camera right next to the laser head in the fiber laser machine. Thanks to this camera, you can easily detect the pattern on the material and perform the necessary process faster. This method is also very preferred and very beneficial in terms of efficiency. You can mark and deep engrave the cylindrical materials with the help of a divider. If you want to laser metal-weighted products, it is the Fiber laser machine that will definitely give you the best efficiency. In fact, as a result of the experiments, it has been seen that efficient results are obtained even in plastic products. That is why the answer to the question "why is it more efficient" is understood most clearly. We always recommend that you pay attention to these important points when choosing a laser machine. As it will make your choices easier, it will also enable you to get more efficient results from your work.

Advantages of Using Fiber Laser Marking Machine
Advantages of Using Fiber Laser Marking Machine

What are the Differences and Usage Advantages of Fiber Laser Marking Machine Fiber laser marking machines are one of the modern innovations in the manufacturing industry. Fiber laser marking system prevents high costs as a result of providing more efficiency compared to other marking methods. It is preferred because of the need for regular maintenance and consumables. Advantages of fiber laser marking machine use are not limited to these. The range of materials that can be applied is also greater than the machines of other marking methods. Its working life is also longer than other machines. Fiber laser marking systems, which are the most preferred marking methods, perform high quality and error-free marking on a wide variety of materials. It is a marking application solution that should be chosen for serial number and barcode marking on materials. Fiber laser marking machines provide fast results and sharp detailed marks on all kinds of surfaces such as metal and plastic in such processes. In the machines selected for fiber laser marking, in order to meet the work done in the best way, extra perfect results, fast marking, continuous maintenance-free working life and fault-free operation on metal and plastic surfaces are required. Among the fiber laser marking machines, you can choose the appropriate one from our S, C and Workstation series that will present these features to the user in the best way. How to Use a Fiber Laser Machine? Laser machines have a simple working logic. Before marking, necessary parameters must be entered in the program used for marking. With the parameters entered, values such as the time to pass over the surface, how many times it will pass, the area to be marked and the marking of the text or drawings are determined. After the parameters are entered with a computer, the fiber laser machine can be passed to the marking part. During the marking process, the fiber laser machine has a system that works very fast and can be automated. For permanent marking on surfaces, positioning must be done correctly. You only need to press a button for the focused laser beam to interact with the material surface. Fiber laser machine can do this process sequentially and accurately. When using the marking machine, safety precautions should be taken with the help of the instructions provided with the machine. Thanks to the training services we provide for the use of fiber laser marking machines, you can use the machines effectively, safely and more efficiently. Advantages of Fiber Laser Machine Use While marking, the appropriate laser marking method should be chosen. It should be applied with a laser marking machine in line with the surface of the material to be marked. If the surface to be marked is a metal or plastic surface, a fiber laser marking machine should be used. Fiber laser machine is preferred for permanent markings on all kinds of metal surfaces, plastic, copper, ceramic, wood, glass or carbon surfaces. This selection has many advantages for users and business owners. The flexible and easy user interface of the fiber laser machine provides benefits to the users. Fiber lasers are stable and have no scattering tendency. In this way, it leaves accurate and high quality marks. Fiber laser machines have low cost with low energy use. Fiber laser machines that can mark at high speed are long-lasting and stable machines. Among the advantages of the fiber laser machine use are that they are safe and environmentally friendly. It minimizes risks thanks to autonomous setup and operations. Fiber lasers that do not use chemicals and their derivatives will be an environmentally friendly choice. Fiber marking machines, which provide low cost as a result of low energy consumption, allow many processes to be performed with a single laser installation. One of the advantages of the fiber laser machine use is that they are easily integrated into the work area. The preference and use of fiber laser marking method by many sectors cause the growth of fiber laser machine sales and production. Fiber laser machine produces excellent results on material surfaces such as metal, composite, copper, titanium, ceramic, leather, wood, gold, nylon, silver, iron, plastic. It is preferred by many industries due to the high number of materials that can be used. The industries where fiber laser is mostly used in electronics, medical equipment, jewelry, advertising-promotion, mold making, glassware, defense and aerospace, automotive and aerospace industries. Fiber laser machine use is common in these industries. The use of fiber laser machine can be used in all areas containing plastic and metal. This could be a company selling key fobs or any marking to be made for advertising purposes. For example: In the automotive industry, information signs inside the car are made by a fiber laser machine. Lot number, serial number and QR codes on surgical materials used in the medical equipment industry were provided by fiber laser. In the electronics industry, guiding drawings and writings are marked on the materials in the same way. Security warnings on the products produced in the defense sector are marked with fiber laser marking. The use of fiber laser machines is quite wide. Due to its safety, lack of alternative, stable structure, variety of applicable materials, long life and low cost, its usage area in industrial sense is very high. It is obvious that the areas of use will increase day by day. What are the Types of Fiber Laser Marking Fiber laser machines are a type of marking whose methods vary according to their usage areas. Marking types vary according to the surface to be used and the marking to be made. These types of marking are related to parameters such as the length of the marking, the type of the material, and the sector to be used. It is recommended to make the right choice for fiber laser marking types. There are 4 types of fiber laser marking methods. Annealing Scraping Coloring Foaming Annealing If the material to be marked in the fiber laser marking process is a carbon-containing metal, the annealing method will be the right choice. It takes a little slower and longer than normal marking processes. It is applied to perform an oxidizing process on the material and causes the marked area to change color. It allows us to obtain a wide range of colors during oxidation. The colors obtained may vary depending on the material. It is more common in the automotive and defense industries. Scraping It is a marking method that is widely preferred by individuals and institutions who want to have fiber laser marking. Markings such as barcode, serial number, text on metals are a method that you can increase the effect area. The engraving method, which is mostly used for gold and silver jewelry marking, is also widely used in the mold industry. Coloring The coloring method is a common marking method in the field of plastic marking. It changes the structure of pigmented molecules in the plastic by making a sensitive and stable marking on the plastic. This type of marking reveals contrasting colors on the surface. Foaming Foaming is the most suitable type of marking among the fiber laser marking types to be selected for marking plastic and polymer surfaces. By melting the applied material at the desired rate, it is ensured that the text or drawings that form bubbles formed during melting are formed. The bubbles formed in the direction of the material surface as a result of the marking formed in this way create different color tones.

In Which Sectors Is Fiber Laser Marking Machine Preferred?
In Which Sectors Is Fiber Laser Marking Machine Preferred?

What is Fiber Laser Marking and In Which Sectors Is It Used? Fiber laser marking is a variety of uses in the industry of the laser. Laser marking is the process of leaving the desired mark with a laser on any product to be applied. Fiber Laser Marking Machines perform this process with a computer-controlled laser beam without the aid of any tools or ink. Fiber Laser Marking Machines do not require consumables and signs such as numbers, texts, barcodes, logos and more are produced with the help of computers. Therefore, the application areas are extremely flexible. In this context, maintenance-free ODMTECH Fiber Laser Marking Machines are designed and manufactured to offer a long working life of up to 100,000 hours. What is the Working Principle of Fiber Laser Marking Machine? The working logic of the fiber laser marking machine is as follows: The light produced by the laser completes the marking process by acting on the desired product. Laser marking machines differ among themselves according to the type of use. These are: Fiber lasers, CO2 lasers and UV lasers. The laser marking process is commonly used to complete barcode labels, date codes, QR codes, serial numbers, part numbers, branding and logo insertion, image placement, and so on. In addition, laser marking is useful in creating a high degree of counterfeiting identification and smart cards. Apart from marking with a fiber laser marking machine, deep engraving and cutting can be provided in the form of engraving. What Are The Sectors Where Fiber Laser Marking Machine Is Used? The prominent sectors in which fiber laser marking machine is used are defense, medical devices and medical, jewelry and jewelery, automotive, aviation, space and manufacturing, electronics, gift and promotion sectors. If It Is Required To Examine How Fiber Laser Marking Machine Is Used By Sectors: Medical Devices and Medical: Considering today's technological progress in the health sector, the field of use related to the production of medical devices comes first among the sectors where Fiber laser marking machine is used. A medical device production center where laser marking technology is not used is considered to be far behind today's technology. The use of laser marking and cutting provides high efficiency in the production and cutting of complicated devices consisting of very small parts. In the Medical Industry, it is used to create easily traceable identification marks on medical equipment. Jewelry and Gems: One of the leading sectors in which fiber laser marking machine is used is the jewelry sector. Fiber laser machine is widely used for design product purposes in the Jewelry and Gems Industry. In order to be able to make precise and complex marking and cuts and to reach high production capacity in a short time, jewelry is one of the sectors where fiber laser marking machine is used. Automotive, Aerospace and Manufacturing: Automotive, aviation, aerospace and manufacturing sectors are another sectors where fiber laser marking machine is used. Laser cutting has gained great importance because these sectors are advancing technologically every minute. Laser machines are indispensable for these industries as the marking, cutting and shaping of small and complex components also play an important role in terms of safety. Electronic: When it comes to the sectors where the fiber laser marking machine is used, one of the most benefited sectors is the electronics sector. Considering the intensity of electronic devices entering our living spaces, it is understood how important laser marking / marking is for this sector. Souvenir and Promotion sector: Another sector where fiber laser marking machine is used is the gift and promotion sector. Fiber laser machines are widely used in making personalized products, marking gift pens, notebooks and all kinds of stationery products, gift frames, gift mugs, gift thermos and so on or corporate collective gifts or promotions. Although laser cutting is in a new development stage even in its field, the fact that sectors in which the fiber laser marking machine is used have spread to such a wide area is an indication of how much this technique will come to the fore in the coming years. Labels written on the products when you enter a market, QR codes, expiration and consumption dates, engravings and markings you see on the logos while walking on the street, cutting and marking the products you see when you enter the jewelery or gems store, the codes written on the apparatuses that appear when you open the hood of your car, seals, to a dentist or when you go to a hospital, the brands written on the devices used by doctors, products such as garbage cans, benches that the municipality arranges for us on the way home, the ones written on our natural gas, water, electricity meters and many things in our daily life that we can think of are done with laser marking machine. As you can understand as a result of the above, Fiber Laser Marking Machine has a wide range of uses. The labels, markings or deep engravings we see on every object we use in our daily life are produced by laser machines. A machine with such a large usage width will gain more value in the coming years and will be needed more than it is now. Fiber laser marking systems, which are the most preferred marking methods, perform high quality and error-free marking on a wide variety of materials. It is a marking application solution that should be chosen for serial number and barcode marking on materials. Fiber laser marking machines provide fast results and sharp detailed marks on all kinds of surfaces such as metal and plastic in such processes. In the machines selected for fiber laser marking, in order to meet the work done in the best way; extra perfect results, fast marking, continuous maintenance-free working life and fault-free operation on metal and plastic surfaces are required. Among the fiber laser marking machines, you can choose the Fiber Laser Marking Machine, which is suitable from our company ODMTECH's S, C and Workstation series, which will offer these features to the user in the best way. If we summarize our subject heading, Which Materials Can Be Marked With a Fiber Laser Marking Machine? Eco and painted surfaces Polycarbonate Composites Titanium Copper Cast iron Plastic Steel Ceramic Silicone Precious Metals (gold, silver) Skin Rock Brick Nylon Thin films Aluminum etc. In Which Industries Is Fiber Laser Marking, Deep Engraving, Engraving and Cutting Process Used? Automotive industry Space Ship Building Aircraft Industry Defense industry All Manufacturing Industry Electric - Electronic Industry Medical Supplies Jewelery and Jewelery Glassware Manufacturing Solar Energy Panels and Systems We can list examples such as Semiconductor Materials.

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