Description

Technical Parameters

Lingdiao Machinery: Your Professional CNC Fiber Laser Marking Machine Manufacturer!

Jinan Lingdiao Machinery Equipment Co.,Ltd is established in July 2004, owns more than 500 square meters of researching and office space, more than 5000 square meters factory. As a global supplier of CNC machine tools, our company is world-renowned for its LD brand, and LD is committed to creating added value for customers around the world. Our products mainly include: marble stone CNC engraving machine, wood CNC engraving machine, advertising CNC engraving machine, etc.

Our Advantages

Rich Product Range
Our company can produce marble stone CNC engraving machines, wood CNC engraving machines, advertising CNC engraving machines, ATC CNC engraving machines, plasma metal cutting machines, carbon dioxide laser engraving and cutting machines, fiber laser marking machines, fiber metal cutting machines, etc.

Products Widely Used
Our marble CNC engraving machine can be widely used in marble, granite, sandstone, brick; while the woodworking CNC engraving machine can be widely used in wooden doors, furniture, acrylic panels, etc.

Wide Sales
Our company's products can be sold to more than 100 countries and regions such as the United States, Canada, Australia, Europe, Southeast Asia, and Africa.

Quality Guaranteed
Our products have ISO9001, ISO14000:14001, and all machines have passed European CE certification, US FDA certificate and ISO 9001 certification.

LD Fiber Laser Marking Machine

The field mirror of this machine uses new technology and new working principle, which marks more precisely and clearly. The main board controls the laser to send the laser beam in time to complete the marking. the higher the laser power, the deeper the traces on the material surface.

Hand Held Type Cheap Price Metal And Nonmetal Fiber Laser Marking Machine

Good beam, high stability of output laser, easy to adjust marking effects. The working time of this machine can be reach 100000 hours. It is suitable for metals (steel, aluminum, copper, gold, silver, including rare metals), engineering plastics, electroplating materials, coating materials, plastics, rubber, epoxy resin, ceramic, ABS, PVC, PES and other materials.

Best Quality And Hot Selling For 20w/30w/50w Fiber Laser Marking Machine

This machine features aircooling, compact machine,output beam quality, high reliability, no consumables, maintenance-free. It is equipped with import Germany IPG fiber laser, the international latest and most reliable structure. It is in small size and the power consumption is small, no high-voltage without large water-cooled system.

Metal Laser Marking Machine

This fiber laser marking machine price is economic with best quality, and it mainly used for ：marking on metal and nonmetal material, it can marking on mobile phones buttons,plastic;translucent keys, electronic components, integrated circuits(IC), electrical appliances, communication products, sanity ware, tools, accessories, knifes, medical device industry, jewelry, glass and clocks, auto parts, luggage buckle, cooking utensils, stainless steel products and other industries, etc.

30W 100W CO2 Laser Marking / Engraving / Printing Machine

Stable performance, long lifetime,mainly used to cut and mark on nonmetal materials, high speed, high precision, high efficiency. This Co2 Laser Markers Machine is used in wood, paper, leather, cloth. Plexiglass, epoxy, acrylic, plastic, unsaturated polyester resin and other non-metal materials.

20w Fiber Marking Machine

High quality laser beam for fine marking, the minimum fine width of laser can reach to 0.15mm. This machine can engrave and mark on the surface of many metal and non-metallic, it is widely used in the marking of below area: industrial bearings, gear, various automobile components, hardware tools, aerospace components, IC chip, computer accessories, watch, electronic and communication products, wire and cable, food package, jewelry etc.

Portable Fiber Laser Marking Machine

Adopting the advanced fiber laser system and speedy gavol scanning system, this machine ensures excellent laser focusable beam and stable performance. Compared with YAG laser or diode laser,it has a much higher photoelectric conversion efficiency. The efficiency of optic-electrical converting is up to 30%.

Fiber Laser Marking Machine Price 3D Laser Marking

Close to the ideal beam, USB interface, output control, optical scanning system, laser repetition rate high, high-speed without distortion. This machine is used for many materials like metal, plastic, alloy etc. It is widely used in jewelry engraving, medical devices, phone case engraving, hardware industry, stainless steel tableware, electron components marking, etc.

Fiber Laser 20w Marking Machine

This machine adopts international most advanced technology and the laser source is fiber with USA IPG technology. Its lifetime can reach 100,000 hours, 8-10 years without any consumables and maintenance. This is the best choice for the customers who have special requirements to the smallest & finest laser beam and character.

Introduction to CNC Fiber Laser Marking Machine

Fiber lasers are solid-state lasers known for their high output power, speed, and ability to deep engrave. Due to this high output power, CNC fiber laser marking machines specialize in engraving, marking, or etching metals at high speeds.

Components of CNC Fiber Laser Marking Machine

Ruler Scale
This component allows precise vertical positioning of the galvanometric system. The height varies based on the different dimensions of the workpiece. The adjustment screw on top allows easy adjustment of the positioning.

Galvoscanner
This component is responsible for directing the laser beams' movement. It provides rapid and precise scanning across the material's surface. It ensures efficient and accurate marking.

Optical Path
The optical path consists of mirrors and lenses. They guide and focus the laser beam onto the workpiece. Regular maintenance of this part is essential for maintaining the quality and accuracy of laser markings.

Operating Switches
On the right side of the table, you can find some switches. These switches allow you to control the fiber laser marking process. It also has an emergency button and a power switch. Based on different circumstances, you can manage your device using them.

Workstation
This component is a stable platform for the material being marked. It ensures proper positioning and stability during the laser marking process. The dimension of this component varies based on different models from the manufacturer.

Computer Monitor
This component provides visual services to the user. It is connected to a computer CPU that operates the laser marking software. You can design and adjust the position of the markings using the software through a computer monitor.

Keyboard and Mouse
You can find these under the working surface. Using these components, you can adjust the power settings and design on the laser engraving software.

Laser Source
This component is the heart of the laser printing machine. It generates a high-intensity laser beam. It is the foundation for the marking process. In this case, the laser source determines the type and power of the laser used. Different materials require different laser wavelengths and strengths for optimal marking quality. The laser source is critical in achieving precision and accuracy in markings.

Control System
This component manages and coordinates the entire laser marking process. It includes hardware and software components that regulate the laser's parameters. Some parameters include laser intensity, speed, and scanning patterns. This device interprets instructions from the operator and translates them into laser movements. It ensures that the laser marking machine operates consistently and accurately.

Computer CPU
We can call it the brain of the laser marking machine's control system. It runs the necessary software for designing, configuring, and executing laser marking tasks. It processes complex algorithms and coordinates data flow. It communicates with the various components of the machine and ensures seamless operation. The user interface displayed on the computer monitor allows operators to interact with the device. It also allows you to make real-time adjustments.

Other Accessories
Other accessories are connected to the control system except for the above parts. These additional components include safety interlocks, exhaust systems, cooling systems, and rotary attachments.

Benefits of CNC Fiber Laser Marking Machine

Enhanced Marking Precision and Quality
One of the most impressive advantages of a CNC fiber laser marking machine is its ability to provide enhanced marking precision and quality.
CNC fiber laser marking machines use the power of laser technology, which is inherently accurate down to micrometers. You can create highly detailed, intricate designs that would be almost impossible to achieve with traditional engraving tools. Whether you're looking to etch tiny text, a complex pattern, or a detailed image onto a piece of material, fiber laser marking machines allow for incredible precision, even on metal marking.

Faster Marking Speeds
Ditching the old-school manual methods and sluggish mechanical speeds, CNC fiber laser marking machines revolutionize the game with rapid high-speed scanning and cutting-edge technology. The increase in speed does not result in a compromise in the quality of work. Traditional methods might deliver inconsistent results when rushed, but fiber laser technology maintains its precision and quality regardless of speed.In more practical terms, you can complete projects more quickly and efficiently, which can be a significant advantage if you work on a larger piece or a batch of items.

Long-Lasting and Durable Markings
CNC fiber laser marking machines don't merely etch the surface of a material - they create a permanent alteration in the material's surface with a fiber laser beam. The result is an incredibly resilient marking that withstands wear and tear and time. This includes resistance to UV radiation, heat, moisture, and various chemicals. Laser-marked items maintain their quality and legibility, unlike other marking methods that may fade over time or under harsh conditions. This durability makes fiber laser marking ideal for items exposed to tough conditions, such as outdoor decorations, sports equipment, or camping gear.
Fiber laser marking processes do not affect the material's internal structure, ensuring it retains its original strength and durability, despite the permanent marks. This is crucial when working with delicate or valuable materials that should be protected from the marking process.

Versatility In Material Compatibility
You can work with a broad range of materials using a CNC fiber laser marking machine, offering exceptional versatility for using different mediums. Metals, plastics, ceramics, glass, leather, and brick can all be marked using a fiber laser. Whether you are an artisan jeweler wondering how to engrave metal, a crafter using diverse plastics, or a DIY enthusiast who likes to work with everything from glass to leather, a fiber laser marking machine can handle deep engraving.
Beyond material compatibility, fiber laser marking machines also exhibit versatility in handling objects of different shapes and sizes. The technology can mark flat, curved, or irregular surfaces with the same degree of precision and quality.

Lower Maintenance and Operating Costs
CNC fiber laser marking machines have fewer moving parts than traditional engraving systems and no consumable parts that need regular replacement, such as bits or inks. This significantly reduces the need for regular maintenance and associated costs. Moreover, the beam quality and robustness of the fiber laser source means these machines typically have a longer lifespan, providing excellent value for the investment.
In addition to low maintenance costs, fiber lasers also offer lower operating costs. They are highly energy-efficient, consuming less power than many other laser systems. Furthermore, due to their high speed and precision, there's less waste from errors or redoing work, further driving down the cost of each project.

Energy Efficiency and Eco-Friendliness
CNC fiber laser marking machines are known for their excellent energy efficiency. Fiber lasers have a higher electrical-to-optical conversion efficiency than other types, such as CO2 or diode lasers. In practical terms, they use less power to operate, which can significantly reduce energy costs over over time. This efficiency doesn't just save you money-it also contributes to a smaller carbon footprint.
Traditional engraving methods can sometimes produce harmful emissions or waste byproducts, particularly when working with certain materials. In contrast, fiber laser marking generates no harmful emissions or waste, making it more environmentally friendly.
The robust nature of fiber lasers also contributes to their eco-friendliness. With a longer lifespan compared to other types of lasers or traditional engraving tools, fiber lasers reduce the environmental impact associated with manufacturing and disposing of equipment.

Maintenance of CNC Fiber Laser Machine

Regular Cleaning
One of the most essential steps in maintaining your CNC fiber laser marking machine is regular cleaning. Over time, dust and debris can build up inside the machine, which can lead to damage. Regular cleaning helps prevent this buildup and keeps the machine running smoothly.

Proper Lubrication
Lubrication is essential for any machine with moving parts, and CNC fiber laser marking machines are no exception. Regular lubrication reduces wear and tear and helps ensure smooth operation of the machine. Always use the lubricant recommended by the laser machine manufacturer to avoid any possible damage.

Regular Inspections
Regular inspections can help spot any possible problems before they become big problems. Check for signs of wear and tear and make sure all parts are functioning properly. If you notice any problems, it is best to contact your CNC fiber laser marking machine manufacturer or a professional technician for help.

Protect The Laser
The laser is the centerpiece of your engraving machine and requires special care. Avoid direct contact with the laser to prevent damage. Also, make sure the laser is always clean and free of dust or debris.

Training And Safety
Ensure that anyone operating the CNC fiber laser marking machine is fully trained and understands the safety procedures. This will not only protect the operator but also prevent accidental damage to the equipment.

FAQ

Q: What is a fiber laser marking machine?

A: A fiber laser marking machine (also known as a fiber laser engraver, laser marking machine, laser marker, laser marker system, etc.) creates permanent markings onto a workpiece. This laser technology can be automated so that marking occurs within minutes (if not seconds) and works with many materials such as wood, paper, glass, plastic, stainless steel, etc.

Q: What are the advantages of fiber laser?

A: A fiber laser creates a beam inside the fiber, eliminating the need for a separate optical medium for beam delivery. It is therefore incredibly stable and simple to maintain.
Fiber lasers offer extremely high optical gain. They're capable of generating a kilowatt of continuous output power.
Fiber lasers have a 30-50% power conversion rate compared to CO2 lasers' 10-15%, giving them a clear advantage in terms of energy efficiency.
Fiber lasers are highly accurate even in complex designs because of the focused narrow beams. Since cutting laser devices do not physically contact the workpiece material and only a limited area is affected by heat, the cut remains clean and free of burrs, rough edges, or thermal deformation.
The fiber's tiny core produces the beam. As a result, it is possible to create a high-quality, straight optical beam with less diffraction than with other methods.
A fiber laser setup doesn't require routine maintenance like mirror replacement or adjustment. In contrast to CO2 lasers, fiber lasers have no blower or moving parts.
Fiber lasers use less power and require less maintenance than others, which results in lower operating costs.

Q: How deep can a fiber laser cut?

A: The depth to which a Fiber laser can cut depends on several factors, including the power of the laser, the type of material being cut, the angle of the cut, the quality of the focusing lens, and the speed at which the laser is moving.
In general, Fiber lasers can cut through metals up to several centimetres thick. However, the exact depth that a Fiber laser can cut may vary based on the specific application and the conditions of the laser cutting process.

Q: What are the benefits of using CNC fiber laser marking machine?

A: Non-Pollution
Non-contact marking will not cause pollution to the environment.
Permanent
The text information marked by the CNC fiber laser marking system is clear and permanent, and will not fade or fall off.
Good Beam Quality
Fiber laser is close to the diffraction limit, so that more fine marking can be achieved.
Small Size
The CNC fiber laser has a reliable structure, small size, small power consumption, no high voltage and no large water cooling system.
High Speed
The CNC fiber laser marking machine is equipped with a high-speed digital scanning head and adopts fiber output. The marking speed is 2-3 times that of traditional models.
Long Service Life
The life of the whole machine is about 100,000 hours. Compared with other types of laser marking systems, it has the longest service life.
Maintenance-Free
Because there is no optical lens in the resonant cavity of the fiber laser, it has the advantages of adjustment-free, maintenance-free and high stability, which is unmatched by other types of lasers.
High Electro-Optical Conversion Efficiency
The fiber laser wavelength is 1064nm, and the electro-optical conversion efficiency is more than 28%. Compared with other types of laser marking machines, the conversion efficiency is 2-10%, which has great advantages in energy efficiency and environmental protection.
Low Cost
The manufacturing cost of optical fiber laser marking machine is low and the technology is mature, so the price of the whole laser machine (standard machine) is lower than that of other types of lasers.
Simple Cooling Method
No need for thermoelectric cooling and water cooling, just simple air cooling.

Q: What industries can use CNC fiber laser marking machine?

A: Automotive industry
Parts traceability (country of origin, serial numbers, barcodes).
Dashboard markings/buttons.
Integrated Circuitry
Tiny graphics and texts on ports, connection points, etc.
Non-contact ablations to reveal underlying IC layers.
Electronics industry
Thin metals manufacturing/marking.
Exceptionally clean and aesthetically pleasing markings, logos, text, etc.
Medical industry
Acid, corrosion, high temperatures, and sterilization resistant printed labels.
Traceability for LIS, hospital databases, biofluid storage, medical devices, etc.
Jewelry industry
Text/graphics inscriptions into rings and necklaces.
Gem cutting/engraving.
Food industry
Packaging labels, text, graphics, etc,
Cans, bottles, container labeling.
General Manufacturing
Burr removal.
Non-industry specific custom metal marking finishes.

Q: How to maintain the CNC fiber laser marking machine?

A: Create a Routine
The best way to maintain any sort of heavy equipment is by creating an inspection routine. Ensuring you regularly inspect your CNC fiber laser marking machine can help prevent damages and other operational issues. Using the included resources, such as manuals, give your device a thorough check-up before and after use. Look for anything out of the ordinary, like broken and/or misaligned parts or components. If you're unsure of anything concerning this routine inspection, it's best to contact the distributor for more information. Their expert advice can save you hours of labor and ensure successful solutions that don't cost a fortune.
Use Proper Techniques
CNC fiber laser marking machines are complex and require proper operating procedures to ensure success and reduce the likelihood of functional problems. Even though these devices are very hands-off regarding human labor, you still must always operate the machines correctly. Training is obviously important as it can help you identify issues before they get out of hand, helping extend the lifespan of your device.
Reeducation is another way to ensure you always use proper operating procedures. We recommend reviewing workplace and operation standards every few months to keep them fresh and at the top of your mind. By committing to perfection and thoughtfulness while working, your laser marking equipment will remain functional for years to come.
Clean Often
When we say "clean often," we mean often. You should conduct a quick cleaning before and after each and every use of your device. The most important thing to do each time is clean the lens as it is an essential component that gets dirty quickly. Turn off your equipment before cleaning the lens to avoid accidental injuries.
Be thorough but not too aggressive as these objects are fragile and can be damaged with improper techniques. You may need to remove a lens during this process, so ensure you handle the part with care. Aside from lens maintenance, wipe off any debris on your laser marking machine when possible. By cleaning every day, you can increase the functionality and lifespan of your equipment significantly.

Q: What factors should be considered when choosing CNC fiber laser machine?

A: Material Compatibility
The first thing you need to consider is the type of material needed to engrave. There are two types of materials: non organic materials and organic materials. Organic materials are plastics, glass, paper products, and wood. You can use the fiber-cutting machine for both materials.
Marking Speed and Precision
The engraving speed is one of the main factors that you need to consider. The speed is directly proportional to the strength of the optical fiber power source. So, the more laser power, the higher the speed you can expect. This means you need to choose a 30W laser, which can give you a deep engraving depth of 0.3mm with a speed of more than 4000 millimeters per second, offering you great results.
Laser Beam Power
The more powerful the laser is, the faster the process will be. You need to determine your type of cycle time for the operation. If you need short cycle times, higher-power machines are the best option. But if not, you can opt for low-power laser engraving machines.
Ease of Use and Maintenance
The fiber laser marking machine should be easy to use. Whether a small business or a bigger corporation needs it, the simple and easy usage offers to speed up a deficiency in the production line department. It should have easy-to-understand features and a simple operating process.
Besides that, you need to consider maintenance. How many times do you need to asses or repair the machine? Do you need to perform regular maintenance and cleaning? And how much will it cost you? This will help you choose the right machine that is low maintenance.
Beam Quality and Electrical Connection
The laser with higher beam quality can engrave surfaces much faster, with improved quality, and with better resolution. Laser marker machines with better beam quality can generate a focused optical spot size down to less than 20 microns.

Q: What are the safety precautions for using fiber laser marking machine?

A: Durability and Safety Features
Make sure to choose a durable and long-lasting machine that doesn't waste your money. You also need to look for laser systems with CE certification and a hermetically sealed beam path. These things ensure that your machine is safe to use.
Proper Machine Use
It's important to understand how to use the machine to avoid accidents and problems. Therefore, read the operating instructions before you start to use it. Also, avoid direct exposure to a laser beam that can cause injuries.
Personal Protective Equipment
While using the fiber laser marking machines, you need to wear personal protective equipment. This includes safety goggles, gloves, and other things. This will help you avoid accidents during the operation.

Q: What is the reliability of a fiber laser?

A: There is no definitive answer to the question of how long a fiber laser will last. Like any device, fiber lasers can malfunction at any time from early life to the end of life. Across the industry, fiber lasers' "mean time between failures" (MTBF) is roughly 100,000 hours. Note, though, that this will vary for various fiber laser types.
The MTBF is an estimate of the laser's dependability and is calculated by testing several laser units, adding up the results, and dividing the result by the total number of failures.

Q: How to use a fiber laser marking machine?

A: Step 1: Preparation
First, clean the working area thoroughly. Debris, dust, or obstruction interferes with the machine's operations. They also affect the quality of the markings. A clean work area reduces material contamination. Besides, a clean work area maintains your machine's longevity. Next, ensure your device is in the correct place on a stable surface. It is necessary to prevent vibrations or movements during the marking process. It is important to note that vibrations may lead to inaccurate or distorted markings.
Once the working area is ready, secure the material to be marked. You can use a magnet for flat materials like metal sheets. You could use a clamp to secure plastic panels in place. For irregular surfaces, you could use custom jigs or fixtures.
Step 2: Set up
Once you prepare the working area, you should properly set up your fiber laser marking machine. First, ensure you have connected your laser device with a stable and appropriate power source. In this case, you must follow the manufacturer's instructions and guidelines. This step is necessary to ensure uninterrupted operation during the marking process.
Next, install the required software and drivers on the computer connected to your laser device. This software controls the marking parameters. It also imports designs or text and adjusts the settings for different materials. Therefore, choosing the right software is necessary. In this case, you can seek assistance from the manufacturer.
After installing the right software, configure the settings based on the material and the desired marking depth. Configuring the settings includes adjusting the focal length and position of the laser beam. The correct power levels, speed, and laser beam position ensure precise alignment with the desired marking area. Overall, it enhances the overall accuracy of the process.
Step 3: Marking Process
Once your laser machine is appropriately set up, follow the proper steps for the actual marking process. First, import the desired design, text, or barcode into the software. The laser software is generally compatible with standard image formats (bmp, jpg, gif, tga, png, and tif). After importing the file, make sure you positioned the design correctly. Besides, you should also scale the design with the software to align with the desired marking area on the material.
Next, set the appropriate laser power, marking speed, and other parameters based on the specified material. Different materials have varying absorption and thermal conductivity properties. Therefore, proper adjustments are required to achieve optimal results. In this case, you can consult the machine's user manual or seek expert advice to determine the suitable settings.
Above all, remember to exercise caution and follow safety guidelines when operating your laser machine. Wear safety glasses to protect your eyes from laser radiation.
Step 4: Finishing
After your laser machine completes marking, it's essential to consider the finishing touches. This step is necessary to enhance the overall appearance and durability of the marked surface.
First, conduct the visual inspection for quality, accuracy, and depth. Carefully examine the marked surface under appropriate lighting conditions. This step is necessary to ensure clear and legible markings that meet the desired specifications. You can also check for any inconsistencies, errors, or imperfections.
If you notice any debris or residue on the marked surface, remove it using suitable cleaning methods. We recommend using non-abrasive and non-damaging cleaning agents and tools. Choosing these agents and tools is necessary to avoid damaging or altering the markings. Consider using lint-free cloths, alcohol wipes, or specialized cleaning solutions. In this case, you can follow the manufacturer's or supplier's instructions for guidelines. Sometimes you may need additional post-processing steps to achieve the desired final appearance.

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