Your Ideal Laser Coding Machine Manufactuer & Supplier

Raymond Laser Coding Machine is suitable for working for mass marking of the production line.With 24-hour non-stop running, making meet the demand of massive online industrialized 100,000 hours service life.

Raymond Laser Coding Machine

Raymond Laser Coding Machine is specifically designed to meet basic coding and production applications across a wide range of industries and the demand for high-quality and reliable printing. It provides an extremely user-friendly interface and is noted for improving production efficiency and offering cost savings.All Raymond laser coding machines can also be equipped with a variety of power laser light source.No matter what industry you belong to, Raymond will supply with the most suitable fiber laser coding machine.


Laser Coding Machines

$3350.00 - $4600.00

Raymond FL-100A laser coding machine can print series number, batch number, bar code, QR code logo and flexible text on variety of products, such as IC chips, electronic components, hardware tools, jewelry, automobile and motorcycle parts, plastic products, building material and pipes,etc. Can be widely used in Food manufacturing, micro-electronics, motor industry, medical appliance, bath sanitary equipment, building materials, tubular products, etc.

High-precision Engraving & Fast Speed

No consumption and pollution

Wide Application

$3350.00 - $4600.00

Raymond FL-100B laser coding machine adopts high quality fiber laser, stable energy output, clear and beautiful jet coding effect. With powerful software, multi-language support,it is simple in operation. The whole machine is air-cooled, no consumables, no pollution, no maintenance, long service life, the machine is safe, stable and efficient.

High scanning accuracy

Accurate and firm positioning

High performance scale

$3350.00 - $4600.00

Raymond FL-100C laser coding machine is widely used in marking the production and expiry date,batch number, shifts, manufacturer s name and logo, etc. in the area of medicine, personal care products,tobacco, food and beverage packaging, alcohol, dairy products, garment accessories, leather,electronic components,chemical building materials and so on.

Fast marking speed

High efficiency

Stable laser output power

$3350.00 - $4600.00

Raymond FL-100D laser coding machine is laser marking printer especially matched for the automatic production line for flying printing & marking for the date codes or barcodes.  Compared to the traditional inkjet printer, Raymond laser coding machine has zero consumption of any materials, no need ink, no pollution, no noise, energy saving and environmental protective. It can be widely used in food and beverage, pharmaceutical, tobacco, leather industry.  

High efficiency

Low working temperature

High speed scanning galvanometer

$3650.00 - $7820.00

The thin laser beam of Raymond FC-100A laser coding machine can process material with small consumption and affected heat zone, and various fine and complicated patterns can be marked on very tiny surfaces. It can mark on a variety of non-metal materials, especially for high hardness, high melting point and brittle materials.

High electronic-optical conversion rate

No power coupling loss

Long life of the laser source

$3650.00 - $7820.00

Raymond FC-100B laser coding machine can be a variety of, non-metallic materials for processing.Especially for high hardness, high melting point, brittle material marking more obvious advantages.It belongs to the non-contact processing, does not damage the product, no tool wear, marking good quality. The laser beam is fine, the processing material consumption is small, and the processing heat influence area is small.With high processing efficiency, the use of computer control, it is easy to achieve automation.

Simple environment requirement

No need constant temperature

Easy maintenance

$3650.00 - $7820.00

Raymond FC-100C laser coding machine is suitable for working for mass marking of the production line.It is suitable for marking serial numbers,date,logo on pen, Craft gifts, advertising signs, model making, food packaging,electronic components, pharmaceutical packaging, medicine packaging, printing plate, shell plate etc.All Raymond FC-100C laser coding machine adopt special split style structure, laser head with the function of automatic sensor, will mark automatically when the work piece go through the laser head.

Compact design

Stable performance

Easy to operation

$6620.00 - $8040.00

Raymond UV-100 laser coding machine can do the ultra fine marking and special material marking, and it is for the customers who have higher request on the marking effect. With flexible and convenient operating system,the humanized operation process, equipment operation stability is very good.Its Special control software can be compatible with Auto CAD, Corel DRAW, Photoshop and other software output,can realize the text symbols, graphics, images, bar codes, 2D code, serial number and other automatic choreography and modification; support the PLT, PCX, DXF, BMP, JPG, and other file formats, can directly use TTF word stock.

Perfect marking quality

Fast marking speed

low power consumption

Welcome to Visist Our Laser Coding Machine Factory

Welcome customers from any country come to visit us, we can show you the laser coding machine workshop, and show the laser coding machine production site.


Raymond Laser Coding Machine

Raymond laser coding machine is specifically designed to meet simple coding applications across a wide range of substrates. Its simple to set-up and operate, and flexible enough to accommodate changing production demands.

With Raymond laser coding machine ,you can simple your usability keeping your operators focused on prpduction,not on the printer.All Raymond laser coding machine are portable and lightweight and simple changeover.Its uptime advantage keeps the productivity up and costs down.

With compact,self-contained design,all Raymond laser coding machines will integrate nicely in existing production lines,with consistent high quality codes across a range of simple applications,and also can be positioned in a variety of angles and heights.

Want to get the laser coding machine price or be our laser machine agent,Contact Us today,we will reply you ASAP,and give you the best laser coding machine price and solution.


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Helpful Resource About Laser Coding Machine

The Buyer's Guide

Laser Marking Machine: the Complete Buying Guide in 2024

Are you a novice in the field of laser marking? And you have decided to get you a laser marking machine so you can finally get started in this business?

Well, it is normal that it would be so daunting at the very beginning to reach out to the right supplier who can provide you with the best laser marking machine.

As experts in the laser marking machine, we believe that we must step forward to put you on the right track. This is the reason why we have put together our knowledge and expertise to formulate a complete buying guide that includes all necessary instructions and guidelines, which we believe it will help you decide more properly the laser marking machine that matches your demands and figure where you can get great value of your money.

Since you have decided to buy a laser marking machine it would be necessary for you to accumulate enough information on laser marking technology, what you need to consider, and how to find suppliers. Well, this complete buying guide involves the missed piece of information that can enhance your knowledge and let you stand in a better position while negotiating with laser marking machines suppliers.

You’re going to learn all that it takes to make your purchase satisfactory.

Get ready to dive into the content of this dedicated laser marking machine buying guide.

    Add a header to begin generating the table of contents

    1.What is laser marking?

    As a cutting edge marking technology, laser marking takes the form of a labeling process applied to a wide range of materials. In this process, the laser beam serves to alter the surface of the marking material in a way to imprint a contrast varying in depth that indicates a specific marking content such as texts, bar codes, logos, pictures etc. The laser marking machines configuration and operation can be automated via computer, and by usage of control software users can make a variety of patterns and modify marking configuration according to the specified requirements of the marking application.

    So, what characterizes laser marking and makes it outstanding?

    Nowadays, laser marking is commonly used in many industries like automation, electronics, medicine and aerospace and so on. It has become the most sought-after marking technology due to the competitive advantages that can be gained from its process.

    2.Understand the mechanism of laser marking machines

    Lasers used for in laser marking machines belong to the ultraviolet and infrared ranges of the electromagnetic spectrum ranging from 355 nm for UV lasers to 1,070 nm and 10,600 nm for fiber and CO2 lasers respectively.


    The electromagnetic spectrum- Photo Credits:NASA's Imagine the Universe


    Distribution of laser marking Wavelengths in the light spectrum - Photo Credits: Keyence

    To understand perfectly the mechanism of laser marking machines, it would be necessary to know what components a laser system encompasses and how laser beam occurs.

    How is a laser marking system constructed?

    A laser marking system consists basically of three core components:

    Energy source;also called pump source, this component provides the proper energy to process the excitation mechanism. Depending on the lasing medium, energy source used in a laser system can be an electrical discharge, flash lamp, diode laser light etc.

    Lasing medium; It is very imperative for deciding the wavelength of the laser beam. It can be whether of a solid state like optical fiber, crystal or a sealed tube filled up with gas like CO2, helium for example. When the energy emitted from pump source it passes through the lasing medium, then atoms excitation takes places which enables the amplification and storage of energy.

    Optical resonator; It consists of paralleled mirrors enclosing the lasing medium. One mirror is highly reflective (high reflector), and the other is partially reflective (output coupler) in a way to enable a continuous reflection of the photons between the two ends of the laser medium while releasing the excess of stored energy (photons) from the output coupler in the form of a laser beam.


    Basic components of laser-  Credits: researchgate article “Laser effect in the optical luminescence of oxides containing Cr”

    You may also watch this instructive and awesome video explaining how laser originates.

    How does laser marking work?

    It all begins with the release of a higher energy level (laser beam) by the excitation of atoms inside the lasing medium using a powerful energy source;

    Laser generation

    Laser generation – Photo Credits: Linx Printing Technologies

    the released laser beam is directed through a partial reflector to reach the scanner head;

    later on, the laser will be reflected by X and Y axis turning mirrors on the marking area crossing the F-Theta focusing lens;

    marking finally occurs when the laser beam comes into contact with the surface of the workpiece (marking material), leaving durable marks that convey certain information.

    Mechanism of laser marking

    Mechanism of laser marking- Photo Credits: “A Review on Laser Marking Process for Different Materials”

    3.Familiarize with the types of laser marking machines

    There are three major types of laser marking machines with a substantial particularity in terms of energy source, lasing medium, optical resonators and the materials to be marked with. We are going to discuss each type thoroughly in order to help you become more familiar with their specifications and usage.

    CO2 laser marking machine

    Laser beam emitted by CO2 laser marking machines tend to perform very well on organic materials such as wood, card board, paper, leather and some materials like acrylic, glass and rubber, because with a wavelength of 10,600 nanometers, laser beam can be absorbed perfectly by these non-metallic materials as it delivers low marking contrast.

    How CO2 laser marking machine generates laser beam?

    Generation of laser beam

    Generation of laser beam in CO2 laser glass tube- Photo Credits: Physics and radio electronics

    These laser marking machines are equipped with a CO2 gas mixture filled-tube as a laser medium, an electric power source and two reflective mirrors. When the electric current passes through the gas filled-tube it triggers an excitement of gas mixture causing the emission of exited photons, which move forth and back inside the sealed tube until the emitted light gets shining enough to pass through a reflective mirror and creating a focused laser beam.

    You can watch this video about marking a wooden sample with a CO2 laser marking machine:


    Fiber laser marking machine

    Fiber laser marking machines are known as the most advanced laser marking systems due to their outstanding quality and reliability. Unlike CO2 based laser system, fiber laser marking technology delivers a high power laser beam with 1070 nanometers wavelength, which is good enough to leave high contrast marks on very hard materials like metals and some other sorts of materials including plastics and ceramics.

    How does fiber laser marking machine produce laser beam?

    Emission of laser beam

    Emission of laser beam from fiber lasing medium - Photo Credit:

    Well, fiber laser marking machines contain an optical fiber that serves as a lasing medium, the fiber components consist mainly of some rare-earth substances like Ytterbium or quartz.

    The process is very simple and effective. The light emitted from a diode laser source is channeled through the optical fiber whose core ions get excited resulting in the amplification of the light, which gets focused into a lens until it turns into a condensed laser beam.

    You may watch this video about marking a piece of metal with a fiber laser marking machine:

    UV laser marking machine

    As its name suggests, UV laser marking system adopts an ultraviolet output of 355 nm wavelength, which is perfectly absorbed by a broad range of materials including metals such as iron, nickel, gold, copper and some plastics like ABS and PA besides glass.
    With the short wavelength and small focus spot, UV lasers can operate at a very high repetition rate and process on a micro scale, which make them a preference for applications that require fine marking especially in medical, technology and agriculture industries.
    Unlike other lasers that use thermal processing, UV laser marking machine applies a cold treatment on the material without causing unsuitable damage of the substrate.

    How is UV laser beam generated?

    Simply, the emission of UV laser beam needs a special crystal (solid-state lasing medium) to transform the infrared wavelength emitted from a standard diode pump (energy source) into a UV wavelength.

    4.What can laser marking machines be used for?

    Now that you’ve grasped the working principle of laser marking and have became more familiar with the main laser marking machines, it’s time to discover the multiple methods and applications of laser marking.

    Laser marking technology remains a key tool for realizing many industrial purposes

    Laser marking technology combines flexibility, versatility and high performance, this set of properties explain why this advanced marking technology has become gradually integrated in manufacturing processes of many industries. Having these properties allow companies to achieve different industrial purposes like branding, tracking, personalization and security.


    Laser labeling company name, website and logo on the products serve in promoting the trademark.


    When the piece of material is laser marked it can be easily tracked down in real-time through its processing steps (product identification).


    Companies may boost their business by increasing product’s value with laser marking. In this respect, many products can be customized with customers’ logos and unique motifs.


    Laser marking is perfect for securing identification cards, once pieces of information are laser marked the marks can’t be in any way scratched or modified. In addition, attempts to counterfeiting brands can also be ideally prevented.

    According to the material composition, laser marks are imprinted by the following methods


    It is a particular laser marking method for producing black marks on metals. In this process, laser beam stimulates a chemical reaction on the material surface resulting in a noticeable color change without causing a removal of the substrate.

    Materials: metals


    Photo Credit: datalogic


    By applying a high temperature, laser beam heats up the material surface forming a high contrast due to the carbon concentration on the altered area.

    Materials: organics (wood, paper), thermoplastics


    Photo Credit: datalogic

    Coating ablation

    During this marking process, short pulses of laser with high power remove the coating layer until the substrate of material surface can be seen as a contrasting mark.

    Materials: coated materials, laminates

    Coating ablation

    Photo Credit: datalogi

    Unlike coating ablation, etching method targets the substrate itself by evaporating it until it melts and partially get removed, resulting in a slight deep mark (0.01 mm) with a noticeable contrast.

    Materials: metals, polymers, glass


    Photo Credit: datalogic


    This laser marking method is applied to imprint light marks on dark plastics. When laser melts the material, some gas bubbles are formed and pasted to the surface, which let the processed parts look much lighter than the unmarked rest of the material.

    Material: Thermoplastics


    Photo Credit: datalogic

    What kind of applications can laser marking machines imprint?

    Countless applications can be obtained with laser marking and each application is distinguished by industry, material, laser marking machine, laser marking method and data type (alphanumeric, barcodes, 2D matrix codes, Logos, graphics, Serial numbers, date code, OCR codes …).

    These are some of the most common laser marking applications in different industries

    different industries-1

    different industries-2

    5.What are the advantages of laser marking machines?

    Given the utmost features of laser and the numerous delicate functions, it can be accurately performing, laser marking machines brings out several operational advantages that would certainly value and improve your core activity:

    Automation and easy control

    Laser marking machines are engineered to be controlled and automated by computers or touch panels. By simply modifying the laser marking settings on software, users can either run continuous laser marking on moving parts or laser marking each item apart.

    Adaptability to any kind of material

    The variety of laser wavelengths makes it possible that almost all materials reach the optimum absorption of laser beam so that the laser marking takes place.

    High-speed marking

    Fast laser marking contributes in lifting productivity levels especially if it were implemented at high-speed assembly line.

    Durable traceability

    Whether it is etching, annealing or other form of laser marking methods, marks will be always permanent and resistant to harsh conditions like heat and acids.

    Good readability

    Laser marking machines are capable of turning the most intricate graphics and the tiniest measurements into legible marks.

    Maintenance-free equipment

    Usually the life span of laser marking machines can last for up to 100.000 hours, which is offering stable operation and eventually low downtime occurrence.

    Low operational cost

    Unlike ink coding, laser marking technology doesn’t require consumables except for electricity that is necessary for generating the laser beam. For the long run, laser marking machines reduce operation costs and increase production efficiency.

    Non-contact marking process

    Laser marking is a damage-free process simply because focused laser beam alters precisely the targeted area without physically interacting with the marking surface.

    6.How to find reliable laser marking machine suppliers?

    Regardless of being an end-user or a trader, sourcing laser marking machine suppliers and approaching them would seem a critical task because there are as many potential suppliers as you might be so confused to point out who does stand out from the crowd. Nevertheless, you will still be able to get this mission accomplished.

    What do you need to prepare before getting started?

    Where to begin your search for laser marking machines suppliers?

    All you need to do is to follow a process that requires no rush, consistent search, and getting to know suppliers thoroughly.

    Here are some workable tips for reaching out to the right laser marking machine supplier:

    Identification of potential suppliers

    Consider carefully what you are driven by to determine the profile of your potential supplier.

    Do you need small or large orders of laser marking machine?

    Do you favor high quality over low price laser marking machine?

    Do you prefer to deal with a manufacturer or a distributor?

    Are you planning to deal with a domestic or overseas supplier?

    Be certain that selecting a supplier is nothing but choosing your future business partner who would largely impact your business, so you got to know more and more about your potential supplier. Try to verify information like:

    • Years of experience: expert laser marking machine suppliers are those who exercised the profession over a long period of time.
    • Quality certifications: only suppliers with high standards do have such certifications.
    • Customer’s reviews: referring to what previous customers telling about their satisfaction on such laser marking machine will decide what type of supplier you will be dealing with.
    • Professionalism: you can visit the website of laser marking machine suppliers and contact their engineering team to evaluate them.
    • Products catalogue: accessible information and a detailed description of laser marking machines is a good sign for the reliability of the supplier.

    Search for laser marking machine suppliers on internet

    Over the last years, the internet has been always the most effective tool for sourcing information. Many laser marking machine suppliers do have their own websites where most of their offerings and news are regularly updated there. However, merely a few suppliers do know how to demonstrate professionalism and reliability by using the power of internet.
    The best suppliers are those who do maintain a well-established website that will figure on the first few pages of a search engine like Google.

    So, how to find laser marking machine suppliers on Google?

    You may use in the first random search keywords like:

    Let’s suppose you wanted to find suppliers who can provide CO2 laser marking machine but this time you state the location (for example in China):

    As you may notice when keywords are more consistent and specific the search engine will do a screening and show more reliable results.

    Try as many keywords as you can until you settle on the consistent ones, until you gradually improve your searches quality.

    You may list all the potential suppliers on a checklist and remember to record every glowing piece of information about them. After screening, you need to shortlist suppliers who match ideally a typical supplier.

    Attend laser marking machines trade fairs

    Trade fairs attract many exhibitors and visitors across the globe, which makes it a reliable way to sourcing suppliers.

    Visiting a trade fare is a prime opportunity to interact face-to-face with the companies in the laser marking machine manufacturing niche and get to know them very closely. You must ask all what you need to know about their offerings and see what can be a good fit for your demand.

    Remember that only authentic and reputable companies take part in such events where they try to stand out from the crowd and show the best they have for you.

    Where to find laser marking machines trade fairs publications?

    Most of the trade fairs and expos publish their program details online on dedicated websites. Try out this website it is simple and practical. Get information about upcoming laser marking machines  trade fairs by selecting the industry, location, and date right on the search toolbar.

    Laser technology trade fairs -Photo credit: tradefairdates

    Top 10 questions you need to ask laser marking machine suppliers

    It is mandatory to prepare a few open questions prior to inquire any suppliers in the market. As we know what really matters for reaching your demand, we suggest you to ask these open questions while inquiring:

    1. Are you a certified laser marking machine supplier?
    2. Do you have any customer testimonials for my reference?
    3. Do you make sample marking for quality proofing?
    4. What brand of laser source are you offering?
    5. What is the proper laser marking configuration for my applications?
    6. Do you offer onsite/online software training support package?
    7. What is the lifespan of your laser marking machines?
    8. How do you provide support during machine’s downtime?
    9. What necessary safety measures to be implemented when operating laser marking machine?
    10. What kind of warranty is offered and what does it cover?

    7.Core elements to consider when buying a laser marking machine

    Many laser marking machine suppliers are out there, all of them acclaim their equipment as the best choice and capable of satisfying ideally customers’ aspirations. The stakes are high because you will be inquiring about dozens if not hundreds laser marking machines, and some machines have probably few drawbacks.

    To pick out the ideal laser marking machine it is essential to weigh the pros and cons of each one. You need also to make sure about the quality of all technical components and decide on the right parameters for your applications.

    We have listed below what to consider, what to ask for and what to choose:

    1.What is your marking material?

    Choosing your laser marking machine depends tremendously on the type of material you’re going to be marking because each machine is designed to operate optimally with a specific type of material.

    Laser marking machine Materials
    Fiber laser Stainless steel, aluminum, copper, silver, gold, titanium, nickel, brass, chrome, rubber, plastics, some ceramics
    CO2 laser paper, glass, plastics, rubber, leather, food, acrylic, wood and bamboo, jade, ceramics
    UV laser Paper board, garments, crystal, Glass, ceramics, leather, semiconductors, food

    2. How is the capacity of marking precision?

    Make sure that the inquired machine has the capacity to produce accurate, legible and durable marks on your marking material.

    Try preferably to request your supplier to get your sample marked so you can evaluate the marking resolution. Remember to ask for the laser configuration used to mark your sample for your reference.

    3.Which laser power do you need?

    Two criteria decide on the optimal laser power, the marking application and the level of productivity.

    For better choice ask yourself these few questions:

        • What kind of material will be marked?
        • Do you need deep or shallow marks?
        • Do you want to get high or low marking contrast?
        • Are you willing to reach high marking speed?
        • Remember that organic materials need low wattage of laser than inorganic materials.
        • The higher are the levels of depth and contrast the bigger should be the laser power.
        • High laser power allows maintaining high efficiency and faster throughputs, which enables optimum productivity.

    Laser power wattages used in each laser marking machine:

    Laser marking system Fiber laser CO2 laser UV laser
    Wavelength 1060 nm 10.6 um 355 nm
    Laser power 20 Watt – 30 Watt
    50 Watt – 100 Watt
    30 Watt – 55 Watt
    100 Watt
    3 Watt- 5 Watt

    Glance over these standard laser marking parameters for some applications:

    Application Wattage Power% Marking speed (mm/s)
    Etching (Anodized aluminum) 50 W 100% 2000
    Etching (Stainless steel) 30 W 100% 1500
    Foaming(Brass) 30 W 100% 2000
    Annealing (Stainless steel) 30 W 85% 200
    Coating ablation (tumbler) 30 W 32% 1000
    Carbonizing Leather 60 W 100% 300
    Carbonizing (ABS Plastic) 20 W 30% 500
    Etching (Acrylic) 30 W 40% 600
    Coating ablation (Powder coating) 20 W 100% 800

    4. How to choose the right marking area?

    Usually, the dimensions of your material but also the size of the marking application would guide you to choose properly the relevant size of your marking area.

    Sometimes, customers will probably need to process marking on many items having different dimensions, shapes and specific application requirements. In this case, investing in a large marking area would be advantageous (one-size-fits-all), but it will cost you more money.

    So why is large marking area costly?

    The size of marking area depends tremendously on the quality of the focusing lens, the focal distance and the wattage of laser power. The focusing lens is like a magnifying glass when the focal distance is short laser beam covers small marking area and mark perfectly with less power, but when the focusing lens gets farther from the target, laser beam covers a large marking area which needs high laser power to perform noticeable marks.

    F-theta lens and marking area

    F-theta lens and marking area, Photo credit: datalogic

    NB: The price of the focusing lens gets higher with the increase of the marking area.

    Here are the different focusing lenses with the corresponding marking area:

    Focusing lens F-Theta

    100 mm


    160 mm


    163 mm


    165 mm


    254 mm


    330 mm


    420 mm

    Marking area 60 x 60 mm 125 x 125 mm 100 x 100 mm 105 x 105 mm 150 x 150 mm 200 x 200 mm 254 x 254 mm

    Source : rmilaser

    Compatibility of focusing lenses

    Compatibility of focusing lenses with laser wavelengths-Photo credit:

    5.How to choose the proper model of your machine?

    Laser marker machines are designed in certain forms with special dimensions and features so that to adapt the usage of the equipment to the working space and to the operation requirements and standards. As long as you decide your own marking requirements, it will be easy for you to select the proper model of your laser marking machine.

    Take a glance over the different models:

    Why the desktop laser marking machine?

    This model is highly recommended for end users who need an all-in-one versatile unit which can be moved easily for convenient operation to many locations and mark materials ranging in size from small workpiece to considerably large equipment.

    Let’s have an insight on the components of this unit

    Fiber desktop laser marking machine

    Fiber desktop laser marking machine

    Work bench

    Laser scanner

    Manual Lift

    Automatic control unit


    Keyboard shelf

    Laser source inside Cabinet

    CO2 desktop laser marking machine

    CO2 desktop laser marking machine

    Why the portable laser marking machine?

    Also called mini laser marking machine, this lightweight model would allow you to perform marking at any place you wanted thanks to its portable feature. This model is very adequate for marking small work pieces with high precision.

    Why the handheld laser marking machine?

    This handheld compact model allows users to enjoy full portability feature. This model can be easily moved to warehouses and held manually to laser mark on horizantal or vertical surfaces of relatively large engines that can’t fit other models.


    Why the flying laser marking machine?

    This model is designed exclusively for performing continuous marking on production lines. It is embedded with high-speed laser technology that synchronizes perfectly the speed of the workpiece to perform accurate marking.

    Why the enclosed laser marking machine

    This compact model has a cover-sealed structure in a way that protects users from getting exposed to laser emissions. In addition to its protective feature, this equipment ensures easy operation and high marking precision.

    Why after-sales services so important?

    Laser marking machines are engineered with complex systems, without specialized training offered by the supplier novice users might spend long time learning how to operate it. After long runs, some spare parts like laser source and focusing lenses may eventually damage, in this case only a good warranty that would ensure getting replacement from your supplier.

    It is very important, when you invest in a laser marking machine, to wonder if the enquired supplier capable to provide you with reliable services after concluding the purchase. After-sales services have the potential to value your investment by optimizing the usage, maintaining the lifespan of the laser marking machine and lifting your throughputs.

    What price of the laser marking machine?

    Normally, the price of laser marking machines depends mainly on the configuration requested by customers, so there is no standard price though. Remember that the higher the configuration of your machine, the higher the buying budget to put aside. These machines remain relatively expensive but cost effective given its awesome benefits.

    We highly recommend you to avoid as best as you can invest in comparatively cheap equipment, despite being affordable in terms of price it won’t be good for long runs as you may face unlikely downtimes right after few operations and it will be very delicate to replace or maintain spare parts especially if your supplier wasn’t a trademark company.

    8.laser marking machine FAQs

    Which brand of laser source to purchase?

    You will find many brands of fiber laser source in the market which can be confusing to pick out to best one.  There are four top brands known as the best for fiber lasers that you can invest in one of them: JPT, RAYCUS, IPG and MAX.


    IPG is a German brand popular for high quality, high stability and well maintained warranty. It delivers perfect performance on a wide range of materials, but it is very expensive.


    RAYCUS is the first fiber laser source brand in all over China. It’s cost-effective due to the quality it offers, which is as good as IPG for some applications and relatively cheaper. 


    JPT is a reputed Singaporean brand, which can be also considered as an excellent choice for you because it can provide nearly some competitive advantages like consistence and high-speed at a reasonable price.


    MAX is another Chinese brand which can offer comprehensive performance at a cheap price, but it can be used just for short range of materials. 

    Is it possible that three-dimensional shapes be laser marked?

    Yes that would be possible only with laser marking machine that can manipulate X and Y axes along with Z axis, known as 3-axis control laser.


    3d laser marking applications

    Besides light and dark marks can laser markers imprint color marks?

    Right! However, not all laser markers can do so, just MOPA fiber laser marking machine that have the color marking option and it can only mark over stainless steel and titanium surfaces.

    Colors marked with MOPA fiber

    Colors marked with MOPA fiber laser- Photo credit: spilasers

    What after-sales services can I get from my supplier?

    As a beginner, you can request your supplier to attach your purchase order with the following after-sales services:

    • On-site installation guidance
    • Online software training package
    • Technical support during downtime
    • Warranty to replace damaged spare parts


    What to consider during the installation of a laser marking machine?

    First off, decide the best location for installation, if your machine were of a big size you’d better to set it in a workshop but if it were of compact size then reasonable place such an enclosed office would better suit it.

    Place your machine as best as you can in a corner and make sure to keep some space between the edge of the machine and the wall just for easing the ventilation of the machine.

    How to safeguard the working environment from eventual laser harm?

    Despite the fact that laser is highly deemed as environment friendly technology it may be harmful if any part of the human body gets exposed directly to it.

    eventual laser harm

    As the safety of laser markers users concerns us, we’d like to suggest you with some instructions that may help you to ensure safety during operation time:

    • prepare an enclosed workshop for installing your equipment
    • Always wear special protective glasses when operating or maintaining your equipment to prevent your eyes from getting exposed to laser emissions and reflections.
    • You may also buy an enclosed laser marking machine to avoid any exposure.
    • Try to ask your supplier for any further cautions.

    Protective glasses for laser

    Protective glasses for laser


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