Fiber Laser Marking Machine
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![100w Fiber Laser Marking Machine]()
100w Fiber Laser Marking Machine100W fiber laser marking machine is a high power laser. By using a fiber laser marking machine, we can etch complex patterns, logos, barcodes, and text. In addition, the machine can also mark a...read more -
![3d Fiber Laser Engraving Machine]()
3d Fiber Laser Engraving MachineThe 3D fiber laser engraving machine is perfect for all types of metal and non-metal materials on 3D curved surfaces. It works with the light energy from a laser, which creates thermal effects on...read more -
![100w Fiber Laser Marking Machine]()
100w Fiber Laser Marking MachineThis 100w fiber laser marking machine is usually equipped with JPT or Raycus 100w fiber laser source, also with the addition of CKLASER 50mm galvo head, the maximum working range is reaching up to...read more -
![Full Enclosed Fiber Laser Marking Machine]()
Full Enclosed Fiber Laser Marking MachineThis full enclosed fiber laser marking machine is the star model of CKLASER, which is usually equipped with JPT 20w, 30w, 50w, 60w, 100w or 120w fiber laser source and CKLASER 3-axis glavo head....read more -
![Mini Fiber Laser Marking Machine]()
Mini Fiber Laser Marking MachineThis mini fiber laser marking machine is with ingenious design, it usually equipped with 20w or 30w fiber laser source and 2D BRT scan head. The machine structure and wiring are all with neat...read more -
![Galvo fiber laser]()
Galvo fiber laserThis galvo fiber laser is one of the most practical model of fiber laser marking machine, which can be equipped with 20w, 30w, 50w, 60w, 100w and 120w fiber laser source. Meanwhile, the 3D scan...read more -
![Portable fiber laser engraver]()
Portable fiber laser engraverThis portable fiber laser engraver adopts customized imported core components, which is equipped with high speed and high precision 3D galvanometers, and combines the 3D dedicated software and...read more -
![Mopa fiber laser engraver]()
Mopa fiber laser engraverThis Mopa fiber laser engraver is usually equipped with 20w, 30w, 50w, 60w, 100w or 120w Mopa fiber laser source. Also it adopts CKLASER 3-axis dynamic focusing laser head, and in order to...read more -
![Desktop fiber laser marking machine]()
Desktop fiber laser marking machineThis desktop fiber laser marking machine is equipped with JPT 30w or 50w fiber laser source as well as CKLASER 3D scanhead. JPT is a strategic partner of CKLASER, the JPT laser source has a stable...read more -
![Laser engraving machine fiber]()
Laser engraving machine fiberThis Laser engraving machine fiber for small business is CKLASER’s most compact model, which has adopted the most reasonable optical path design. By using of the 3-axis dynamic focusing scan head,...read more -
![Fiber laser marking machine price]()
Fiber laser marking machine priceThis fiber laser marking machine is usually equipped with JPT 20W & 30W fiber laser source, together with the BRT 2D scan head and mould opening full housing, customers will be impressed with its...read more -
![Laser engraving machine fiber]()
Laser engraving machine fiberThis Laser engraving machine fiber from CKLASER is usually equipped with JPT 20w, 30w, 50w, 60w, 100w or 120w fiber laser source and CKLASER 3D scan head, which has already been tested to be the...read more
CKLASER has set up its headquarter in Guangzhou, the international trade center of China, the total CKLASER industrial park flooring area is more than 30000㎡. We have purchased the land and built the modernized factory and office together, which has set up a good basis for CKLASER long development.
After nearly 20 years’ R&D and manufacturing, currently CKLASER is focusing on self developed and manufactured, and cooperating with professional and reliable machine parts suppliers, we are always aiming at providing the supreme quality machines at the most affordable prices.
CKLASER fiber laser marking machines are divided into two types, one is 2D fiber laser engraver, the other one is 3D fiber laser engraver. When you only need to mark on the flat surfaces, 2D models are the most cost effective solution. When you need to mark on the step surfaces or irregular surfaces, 3D models will be a wonderful match.
Especially for 3D fiber laser marking machines which are equipped with CKLASER 3D scanhead, we are having unparalleled advantages in the stability and performance. CKLASER is also the pioneer in the 3D scanhead, which has launched the advanced 3D scan head in 2014, which has greatly facilitated the processing of 3D designs.
For the enter level models such as desktop and portable models, we are focusing on the practicability and portability of machines, customers buy it and can use it immediately after machines arrive at their side. For the high end models, such as Taste and Mini models, CKLASER is opening the mould to ensure the compactness and stability of machines.
With regard to the laser sources, CKLASER is cooperating with the reliable and famous brands in China such as JPT, Raycus and etc. We can provide fiber laser marking machine according to customers’ requirements.
All the machines parts are strictly selected and sorted out with our 20 years’ experience, we are aiming at providing machines with quality exceeding customers’ expectation. Also in order to facilitate the aftersales support, wire connectors are widely used in the connection of wires and components.
Except for the strict control of machine parts, we also have implemented 6S management and refined production inside the factory, all the machines will be installed and calibrated professional before delivery. All the machine will be delivered after getting the finest laser beam and most uniform laser output.
Moreover, if with proper maintenance and operation, the whole machines are very durable, and the maintaining is very simple, only simple daily cleaning of machine should be done.
What can Fiber Laser Marking Machine do?
With contactless processing method, fiber laser marking machine can leave all kinds of permanent marks on the work targets such as beautiful paragraph, logos, characters and etc. By adopting the 3D dynamic focusing technology, CKLASER fiber laser marking machine can get a delicate processing effect with the accurate control of 3D scanhead. The fiber laser marking machines are with a high efficiency and high accuracy, which are widely used in the industries from high end aerospace parts to common household ironwares.
Aerospace parts and auto parts
The fiber laser marking machine can engrave the brand names, logos, serial numbers, QR code and etc. It can provide a reliable traceability for all the high value parts, and makes the aftersales support more convenient.
Home appliances and kitchen wares
The fiber laser marking machine can leave some delicate marks such as the trademarks, logos, user instructions or precautions, and etc.
Iron wares and Electronics
The fiber laser marking machine can leave permanent mark on the surface of iron wares, just simply by importing a DXF format file and one click operation. Also the QR code and serial number on the electronics can be efficiently marked, it is also waterproof and not removable.
Jewelries and watches
Even for some tiny characters or numbers on the jewelries and watches, you can mark easily with the fiber laser marking, it is accurate and consistent, which can meet the strict requirement.
Ceramic cups
Even on some porcelain or ceramic cups, you can use fiber laser marking machine to engrave your designs o it, it is very convenient.
Other industries
The fiber laser marking machine are also used widely in some other industries such as plastic keyboards, construction materials, PVC tubes and etc. It is compatible for the application of metal and plastic industries.
Fiber Laser Marking Machine are used to make permanent marks on metals and some plastics. In the engraving process, a focused beam of light is sent through a fiber optic cable and used to mark the surface of the material. The surface absorbs the laser, melts, and discolors. Fiber laser engravers are also referred to as Fiber Laser Marking machines. They're used extensively by crafters and manufacturers to create custom designs and personalized items and to mark product parts for identification and tracking.
Benefits of Fiber Laser Marking Machine
High Speed
The 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. 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 engraver 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.
A Fiber Laser Marking Machine works by using an optical fiber as a resonator to amplify the laser beam. This is done by producing an overlapping structure of fiber cladding doped with Yb ions. A laser diode excitation is then pumped inside the fiber to generate a high-output laser. In turn, the laser is optimal for deep engraving, annealing, and cutting especially for large production batches of repeated tasks that need quick completion.
Differences Between UV and Fiber Laser Marking Machine
Type of Laser
From a foundational standpoint, a UV laser vs a fiber laser differ greatly. UV lasers use ultraviolet light, while fiber lasers use an infrared light. Additionally, the UV laser is 355 nm while the fiber laser is 1090. Since they have different types of light, each laser has a separate process of marking. Fiber lasers use high heat with high output to mark materials, while UV lasers use absorption to break down bonds.
Applications
A UV laser engraver does not rely on heat for marking, so it can mark heat-sensitive materials without damage. On the other hand, fiber laser engravers do use heat, so they do not have the capability of marking on heat-sensitive materials without damage. However, fiber lasers may be better for certain metals like iron because of the high output creating high contrast.
Speed
When it comes to speed, choosing a UV laser engraver vs a Fiber Laser Marking Machine depends on the material that you are looking to mark or process. The fiber laser has an output of 50 W, whereas the UV laser has an output of 3 W. Typically this means that the fiber laser would be faster when it comes to marking, cutting, or engraving. However, there are materials, like plastics, that the higher absorption of the UV allows it to mark or engrave faster than the fiber, regardless of the wattage difference.
Desktop Lasers
Desktop (also called tabletop) fiber laser engravers are designed for low-volume production and small parts. They are ideal for DIY hobbyists and small businesses. Lower quality units are usually fragile and offer no protection for the laser.
Basic Workstations
Manually loaded laser marking workstations are the entry-level solution for industrial applications.They are designed with robust components, and the laser beam is fully enclosed to ensure safety. Unlike rotary-table workstations, they are used when a fast cycle time is not required.
Rotary Table Workstations
They are meant to minimize idle time of operators using it, who can load parts on the rotary table while another part is being marked. These machines are typically equipped with a high-power laser (at least 50W) to meet shorter cycle time requirements.
Door Workstations
For large parts like die-castings, larger workstations are needed. With the Automated Door Workstation for example, parts are loaded through a sliding door, and the size of the workstation can be adapted to fit the part’s dimension. This workstation is made with industrial-grade components to withstand harsh environments.
How To Choose The Best Fiber Laser Marking Machine
Considering the Machine Table Size
The best fiber laser engraver for metal uses the machine table to place and hold the product. Usually, the product is first placed and gripped on the machine table, and then the engraving process can start. So, you must know the maximum product size you need to engrave. Based on this, you can filter all the available machines that can process that maximum product size. Selecting a machine like this will enable you to engrave all products within the maximum dimensions limit.
Considering the Machine Engraving Area
The machine engraving area, also known as the machine working area, is the area limit a machine can engrave. It is different from the machine table size. The table size is the machine’s ability to hold the workpiece, whereas the working area is the cross-section area engraved. The working area is always less than the table size. It depends on the laser field of view.
Considering the Material Compatibility
Some of the common types are laser engravers for metal. Laser machines that are developed for engraving metal only. Further classified by metal types, such as soft metals (aluminum, copper) and hard metals (steel, titanium). Other than metal engravers, there are best laser engravers for plastic materials. There are also fiber laser engravers that can process both metallic and plastic materials.
Machine Laser Source
The Fiber Laser Marking Machine uses a fiber tube made from different elements. A fiber tube can be made of a single or a mixture of elements. Each element or a mixture of elements can produce a laser beam of a specific wavelength. So, based on your business and industry requirements. You can filter the specific best fiber laser engraver based on the fiber laser source element.
Stainless steel: With its elegant appearance, stainless steel makes an excellent material for laser engraving. It can be used in industrial settings as well as metal tags, key chains and personalized jewelry. With a fiber laser engraver, delicate and deep designs can be engraved on stainless steel surfaces to give your products a more refined look.
Aluminum: Aluminum is another common metal for laser engraving projects because of its versatility and light weight. It is frequently used on nameplates, signs, marketing materials, and personalized gifts. Fiber laser engraver makes it easier to engrave intricate designs on aluminum, leaving a lasting impression on the recipient.
Acrylic fiber: Available in a variety of colors and capable of deep etching, acrylic is a flexible plastic substance. Signs, trophies, decorations and personalized accessories make the most of it. Let your creativity run wild with a fiber laser engraver to produce accurate, crisp engravings on acrylic, adding colorful and eye-catching details to your projects.
ABS: Acrylonitrile butadiene styrene, or ABS, is a strong and durable material that is often used in 3D printing and manufacturing. It allows for the creation of complex designs, custom parts and prototypes. Intricate patterns and markings can be efficiently engraved on ABS with a fiber laser engraver, enhancing its aesthetic appeal and making it the perfect material for a variety of applications.
Plywood
Plywood, a versatile wood product, is excellent for laser engraving. It is often used in ornaments, jewelry, signs and home decor. You can use a fiber laser engraver to create precise engravings on plywood that reveal natural texture and add elegance to your creations.
Hardwood
Denser, long-lived woods include oak, maple, and walnut. They are often used to make furniture, musical instruments, and personalized gifts. When engraving hardwood with a fiber laser engraver, you can create stunning designs that accentuate the rich grain and character unique to each wood.
Glass and crystal
Glass and crystal are often used for trophies, awards, decorations and personalized gifts. You can use a fiber laser engraver to engrave intricate and precise inscriptions on these materials, leaving a lasting impression on the recipient and enhancing the overall elegance of your product.
Automotive industry
Fiber Laser Marking Machine metal has grown very popular in the automotive business. There are approximately 35,000 parts in a vehicle. These parts are made up of various materials such as stainless steel, iron, and brass plastic. We can use fiber laser engraver metal to engrave precise sizes and styles.
PCB Industry
The most important units needed to build circuits and systems are PCB components. Integrated circuit boards and semiconductor components, as well as text and artwork, can be marked with fiber laser engravers. Mechanical tension is not generated due to the non-contact processing procedure. Since the laser beam is tiny, fiber laser engraving steel can integrate it into minuscule components such as capacitors and crystal oscillators.
Electronics Industry
In such a fast-paced profession, it’s vital to prioritize efficiency while meeting rising demand. Quality and safety are also expected in this need. Televisions, laptop computers, and smartphones are all made of microscopic particles. Because of its capacity to handle small elements without destroying the surrounding material, fiber laser engraver is the most efficient marking method in this business.
Medical Industry
The location, size, and content of markers are all strictly regulated in health facilities and medical device makers. Acid, corrosion, sterilization, and high-temperature cleaning are all requirements for markers. Medical instruments may grow smaller and easier to use. However, the industry’s core priorities remain great quality and safety. Fiber laser engraver marking is growing popular in the business due to its high quality, cost-effectiveness, speed, reliability, and adaptability.
Jewelry Industry
Gold, silver, and other valuable stones can be marked with fiber laser engraver. To avoid forgery, the best fiber laser engraver can engrave its name or logo on jewelry. It is critical to maintaining this identity discreetly. The jewelry industry uses the fiber laser for engraving because of its absolute precision, reliability, and lack of damage to neighboring parts.
Laser module: This contains the fiber laser source, which emits the high intensity beam used for engraving. Fiber lasers are capable of outputting anywhere from 10 to 100 watts of power.
Motion system: The motion system, comprised of stepper motors and galvo scanners, controls the movement of the laser head and allows the beam to trace patterns across the work surface. Most affordable machines use stepper motors while professional machines use faster galvo scanners.
Chiller: The laser module needs to be cooled, usually with a water chiller, due to the heat generated. Chillers regulate the temperature of the cooling water.
Exhaust system: Fumes and debris need to be extracted, so an exhaust fan and filter system is used. Some systems recirculate filtered air back into the workspace.
Computer and software: Software like LightBurn or LaserGRBL controls the laser based on designs loaded from a computer. Most fiber laser engraver accept vector graphic files.
Tips on Identifying Signs of Wear and When It’s Time for Replacement
Noise Changes
Listen for any unusual noises such as grinding, rattling, or buzzing, which can indicate loose or worn parts.
Visual Wear
Regular inspections may reveal cracks, rust, or other wear and tear on the fan blades or motor that can affect performance.
Reduced Performance
If the fiber laser engraver begins to overheat more frequently or fails to cool down as quickly as usual, this may be a sign that the fan is not performing efficiently.
Age and Usage
Consider the age of the fan and the intensity of machine usage. Fans in machines that are used heavily or in dusty environments may need more frequent replacement.
How to Maintain Fiber Laser Marking Machine
Checking Optical Lenses
Regularly inspect lenses for dust, debris, or residues with a magnifying glass and a bright light to ensure optimal performance and identify any surface defects.
Cleaning Lenses
Use optical-grade cleaning solutions and apply them to a soft, lint-free cloth or cotton swab. Gently wipe the lens from the center outward in a circular motion; avoid direct contact with the lens and excessive pressure. Once the lens is dry and reassembled, check the laser’s alignment by turning on the machine and conducting a test run to ensure the cleaning has not altered the focus or direction of the laser.
Inspect the Fan
Look for any accumulation of dust, debris, or signs of rust that can impede the fan’s efficiency. Check the fan blades for integrity and the fan’s housing for any damage. Use a soft brush or compressed air to gently remove dust and debris from the fan blades and surrounding area. Be careful not to damage the fan blades, which are often quite delicate.
Temperature and Humidity Control
Maintain a consistent temperature within the manufacturer’s recommended range, typically between 15°C and 30°C (59°F and 86°F). Keep humidity levels controlled to avoid condensation, which can damage the laser system and electronic components. Ideal humidity should be between 40% and 60%.
Cleaning Working Space
Try to work in a clean space to minimize the accumulation of dust and debris on the machine or to clean off dust in a timely manner. Dust and tiny pieces can clog airflow and cling to the laser’s lenses, making it less precise and possibly too hot. Cleaning should be performed regularly to keep the area and machine clean.
FAQ
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