Metal Fiber Laser Marking Machine
Why choose us
High Productivity
Our factory covers an area of 8,000 square meters and is equipped with 5-axis CNC center machine tools and quality inspection equipment, and can produce 120 different machines a month.
Quality Assurance
Our production process complies with strict ISO system standards. All products undergo 100% quality inspection, obtain CE and various patent certificate certifications, and can provide corresponding quality inspection reports.
Highly Professional
With rich professional knowledge, we provide technical guidance and usage training services for laser machines to a large number of customers, helping them automate their production lines and improve productivity.
Fast Shipping
We ensure the production time of the laser machine is about 10-20 days, and cooperate with professional sea, air and express logistics companies to provide fast shipping and expedited shipping services.
Smart HMP Series Fiber Laser Marking Machine For Metal is a high-tech product that uses advanced laser technology to mark various materials on metal surface with high precision and accuracy. and convenient marking equipment. It utilizes high-quality fiber lasers and stable mirror systems and offers extremely high cost performance, making it easy to meet the requirements of most common laser marking applications.This type of marking machine is highly efficient and reliable, making it an essential tool for many industries, such as hardware products, 3C components, automotive parts, household appliances, and kitchen and bathroom products.
Portable Fiber Laser Marking Machine
Industry Application: Portable fiber laser marking machine was specially developed for industrial marking. The robust design with maintenance-free laser source guarantees constantly precise marking on the workpiece.
Metal Fiber Laser Marking Machine
Industry Application: Metal fiber laser marking machine was specially developed for industrial marking. The robust design with maintenance-free laser source guarantees constantly precise marking on the workpiece.
High Contrast
High-contrast marking refers to the ability of a laser marking machine to produce clear and legible marks on the surface of a material. Fiber laser generators can create darkening or color changes on the surface of some materials, especially metals. By adjusting laser settings such as power and pulse duration, fiber lasers can induce localized oxidation, melting, or chemical changes in materials. This darkening or color change provides a sharp contrast, making the marked area highly visible.
Excellent Marking Quality
The fiber laser generator produces a fine and focused laser beam, enabling high-precision marking with excellent edge definition and minimal distortion. This makes fiber laser marking ideal for applications requiring complex designs, small characters, and barcodes. Laser beams create clear and permanent marks on various material surfaces, including metals and plastics.
Fast
Fiber laser marking machines use a solid-state laser source to produce a beam with high peak power and excellent beam quality. Fiber laser marking offers significantly higher marking speeds compared to other technologies. It allows for the rapid creation of designs and patterns on materials, enhancing productivity and operational efficiency while minimizing waste and downtime. This makes it an excellent choice for shortening product development cycles and saving costs.
Marked Durability
Marks created by fiber lasers are typically permanent and resistant to environmental factors such as low temperatures, contact, acidic or alkaline gases, and high concentrations of gases. This durability is particularly valued in industries such as automotive and aerospace. Permanent and durable markings enable manufacturers to track and identify their products effectively.
Compatible With Most Materials
Fiber laser marking machines are suitable for marking a variety of materials, including metals (such as stainless steel, aluminum, copper, etc.) and plastics. This versatility provides greater flexibility, allowing for the marking of barcodes, serial numbers, logos, text, and other graphics on a range of items, including electronic components, medical devices, and automotive parts. Fiber laser marking is also suitable for complex shapes, such as wires and tubes, making it ideal for serializing or tracking products in a customized manner.
Long-Lasting and Low-Maintenance
Fiber laser generators have a long lifespan, typically lasting tens of thousands of hours before needing replacement. Their solid-state design has no moving parts and requires less maintenance compared to other marking technologies. The compact design of fiber lasers also makes them easy to integrate into existing production lines, offering a cost-effective solution in the long run.
Non-Contact Marking
Fiber laser marking is a non-contact process, meaning the laser beam does not physically touch the material being marked. This eliminates the risk of damaging delicate or sensitive surfaces and ensures product integrity. Additionally, the fiber laser generator produces a minimal heat-affected zone, reducing the possibility of thermal distortion or material damage.
Ease of Integration and Automation
Fiber laser marking machines are compatible with various automation systems and can be seamlessly integrated into production lines. They can be easily controlled and programmed to automate the marking process, increasing productivity and efficiency. The flexibility of fiber lasers also allows for easy integration into existing manufacturing workflows with minimal modification.
Green
Unlike marking processes such as chemical etching and inkjet printing, which use chemicals and inks that can be expensive and environmentally harmful, fiber laser marking does not rely on consumables. It does not release harmful chemicals or produce airborne particles, reducing operating costs and minimizing environmental impact. This makes it a sustainable choice for marking applications.
Components of Fiber Laser Marking Machine
Also called laser marking machine cabinet, laser control cabinet. If a laser marking machine is compared to a house, then the cabinet is the structure of the house, and all other accessories are installed in the house.
The galvanometer and the field lens form the laser marking head. The galvanometer is the core component that controls the change of the optical path, and the field lens is an important component that controls the laser marking format.
The industrial computer and the display are actually our commonly used PCs. The difference is that they are connected in series with optical signals and electrical signals to control the entire software part.
Laser is the core device of fiber laser marking machine. High-quality lasers have long life, good marking quality and fast marking speed. Laser manufacturers are now very different in China.
The laser marking card is one of the core components of the entire software control part. The adjustment of the process parameter setting is done through the marking card, which is actually a set of software EzCad.
Common Materials Suitable for Fiber Laser Marking
Fiber laser machines offer the versatility to engrave and mark a wide range of materials, meeting various marking requirements in the industry. Here are some common materials that frequently use laser marking technology:
Metals
●Stainless Steel: Stainless steel is popular for fiber laser marking due to its durability and resistance to corrosion. The fiber laser marking machine is commonly used for marking serial numbers, logos, and product information on various metal products. It is a versatile tool in the laser series and is highly efficient.
●Aluminum: Aluminum is another commonly marked metal. It is lightweight and widely used in the automotive, aerospace, and electronics industries. Fiber laser marking on aluminum is suitable for branding, part identification, and traceability.
●Titanium: Titanium is strong and lightweight, often used in medical implants, aerospace components, and high-end consumer products. Fiber laser marking on titanium is ideal for product identification, branding, and ensuring traceability.
●Brass: Brass can also be marked using fiber lasers, providing clear and durable marks for various applications.
Plastics
●ABS (Acrylonitrile Butadiene Styrene): ABS is a common thermoplastic used in automotive, electronics, and consumer goods. Fiber laser marking on ABS is used for part identification, barcoding, and branding.
●PVC (Polyvinyl Chloride): PVC is a versatile plastic used for electrical cables, pipes, and signage. Fiber laser marking on PVC is suitable for marking product information, safety labels, and identification purposes.
●Polycarbonate: Polycarbonate is used in various consumer products. Fiber laser marking on polycarbonate is ideal for barcoding, product identification, and branding.
●Polyethylene: Polyethylene is widely used in packaging and labeling applications. Fiber laser marking on polyethylene can be used for barcoding, product identification, and branding.
Other Materials
●Glass: Fiber lasers can mark glass materials, enabling precise and intricate designs on products such as glassware, mirrors, and decorative items. This is commonly used for branding, personalization, and product identification.
●Ceramics: Fiber lasers can create permanent marks on ceramics, making them suitable for branding, product identification, and customization. This technique is employed in the pottery, tile, and home decor industries.
●Wood: Wooden surfaces can be beautifully engraved with fiber lasers, allowing for intricate designs on furniture, promotional items, and personalized gifts. Fiber laser marking on wood is commonly used for branding, customization, and decorative purposes.
Industrial Applications of Fiber Laser Marking Machines
Automotive Industry
The automotive industry is one of the largest users of fiber laser marking technology. A car consists of roughly 30,000 parts made from materials such as steel, aluminum, copper, specialized fibers, or plastics, all varying in shape and size.
Here are some applications of fiber laser marking in the automotive industry:
●Marking seat belt components with information such as country of origin, serial numbers, and barcodes.
●Marking various components and buttons on the dashboard, which need to be visible during the day and illuminated at night. Day and night markings are used for this purpose.
●Marking ceramics used to make spark plugs.
●Marking engine blocks, automotive sensors, chassis VIN numbers, and motorcycle parts.
Readability and traceability are major concerns in this industry. Parts must be traceable to their country of origin, and markings must be machine-readable. Consequently, the use of fiber lasers has increased recently.
Integrated Circuit Industry
Integrated circuit elements are crucial for building circuits and systems. Fiber laser marking machines can mark integrated circuit boards and semiconductor components with text and graphics. The non-contact processing mechanism ensures no mechanical pressure is applied, and the laser beam's fine width allows it to be used on small components like capacitors and crystal oscillators.
Electronics Industry
In this fast-evolving industry, efficiency, quality, and safety are paramount. Fiber laser marking is ideal for marking tiny and delicate components in devices such as TVs, laptops, and smartphones without damaging the surrounding material.
Medical Industry
The medical industry has stringent standards for marking in terms of position, size, and content. Markings must resist cleaning agents, corrosion, sterilization, and high temperatures. Despite the trend towards smaller tools and more efficient processes, high quality and safety remain the top priorities. Fiber lasers have become popular in this industry for their quality, cost-effectiveness, speed, reliability, and adaptability.
Common applications in the medical industry include:
●Traceability of medical equipment: Ensuring that medical devices can be tracked and identified clearly, even through the sterilization process.
●Identification of medical prostheses: Providing alphanumeric codes or logos for prostheses that are referenced in a dedicated database.
●Traceability of individual biofluid storage containers.
Jewelry and Accessories Industry
Fiber laser machines can mark precious stones such as gold and silver. Reasons for engraving jewelry include:
●Brand Names: Inscribing jewels with brand names or logos to distinguish them from competitors.
●Easier Identification: Adding unique serial numbers or text for future recognition, with precautions to avoid forgery.
●Insurance Requirements: Inscribing jewelry as required by insurance agencies.
●Personal Dedication: Adding personal inscriptions as a dedication to a loved one.
Different Types Of Metal Fiber Laser Marking Machines
Hand-Held Laser Marking Machine
The handheld fiber laser marking machine can work by handheld or put it on foundation, small size, high efficiency, easy to install and carry, simple and convenient operation of the whole machine, it can be carried out by hand.
Desktop Fiber Laser Marking Machine
The desktop fiber laser marking machine adopts a fully enclosed cabinet to protect workers, and the image is beautiful and compact. The high-tech product, which is combined of laser device, computer, auto controller and precision machinery.
Color MOPA Laser Marking Machine
The color fiber laser marking machine is selected from the JPT brand, a professional fiber MOPD generator supplier in China, with high precision and stable performance. It can be used not only for standard marking of metal and non-metal materials, but also for color marking of stainless steel.
How to Effectively Maintain Your Fiber Laser Cutting Machine
Routine Maintenance: Meticulous to Ensure Stability
Routine maintenance is the foundation of fiber laser cutting machine upkeep, encompassing equipment cleaning, lubrication, and inspection. First, ensure the equipment's exterior is kept clean by regularly removing dust and oil to prevent interference with normal operation. Second, check the quality and quantity of the lubricating oil in the system regularly, and replace or replenish it as needed to ensure smooth operation of all parts. Additionally, inspect the electrical system, including connections such as cables and plugs, and check for any abnormal heating of electrical components.
Maintenance of Key Components: Precise Strategies to Extend Life
The key components of fiber laser cutting machines include the lasers, cutting heads, and guide rails. The performance of these components directly affects cutting quality and equipment stability. Regularly check the laser's output power and beam quality to ensure optimal performance. Clean the lens of the cutting head regularly to maintain good light transmittance, and inspect the nozzle and focusing lens for wear; Replace them if necessary. Ensure the guide rails are cleaned and lubricated regularly to guarantee smooth movement and prevent jamming.
Preventive Maintenance: Plan Ahead and Reduce Failure Rate
Preventive maintenance is a proactive approach that aims to detect and address potential issues before they lead to equipment failure. This involves regular comprehensive inspections and tests, such as checking for loose mechanical structures and aging electrical components. Develop a maintenance plan based on the equipment's usage and maintenance history, and replace worn parts as needed to ensure stable operation.
In addition to routine, key component, and preventive maintenance, consider the following points:
●Strengthen Training and Management of Operators
Operators are the primary users of fiber laser cutting machines, and their skill level and maintenance awareness significantly impact the equipment's performance and lifespan. Provide thorough training to improve their operating skills and maintenance knowledge to ensure correct use and upkeep of the equipment.
●Establish a Complete Maintenance Record
Document every maintenance activity in detail, including the date, content, replaced parts, and other relevant information. This record helps in analyzing equipment performance and maintenance needs, and supports the long-term stable operation of the equipment.
What is a fiber laser marking machine made of?
Fiber laser marking machine now has been widely applied in the metal industry, non-metal industry and special industries. It is commonly seen in the jewelry laser marking, energy saving lamp laser marking, fasteners laser marking, capacitor aluminum case laser marking, grinding wheel laser marking, automotive accessories laser marking or even eggs laser marking. Thus it can be seen that, fiber laser marking machine is a rising star today. So, do you know what is a fiber laser marking machine made of?
Fiber laser source
The element producing laser by the gain medium of glass fiber blended with rare earth element, therefore, it is the core of a fiber laser marking machine. It has a wide application, such as laser fiber communication, laser space long-distance communication, industrial shipbuilding industry, automotive making etc.
Galvanometer
Galvanometer is also called as current meter, as it is totally designed by the way to design the ampere meter, the different is: The needle of ampere meter is replaced by lens; It is mainly used in laser marking, laser engraving etc., currently, the galvanometer applied in fiber laser marking machine is digital type of 10mm facula.
Field lens
It is also called as field focus lamp, scanning lens, F-θ lens, which is mainly used for focusing beams produced by galvanometer on a plane. Warm tips: You should check the marking scope when purchasing the marking machine according to your needs. It is not necessary to buy a large one or expensive one, you need to buy the most suitable one for you.
Marking card
Also called laser control card, laser marking card. It is used for converting the texts and graphs in computer to analog signal or digital signal and then transmitting it into galvanometer.
Red light indicator
Also called as red light pen, as the 1064nm beam is invisible, while the 650nm beam is visible, the 1064nm beam and 650nm beam are coincided by a beam combiner, 1064nm beam follows the direction of 650nm beam indicating to realize the function indicating the light path. The red light pen is in the red light combiner rack.
Beam combiner
It is also known as beam combining lens, it is used for indicating the light path. As 1064nm laser is invisible, but we have to know where is the focus point in the practical marking processing, so as to determine the marking position.
Cabinet
It is also called as fiber laser marking machine cabinet, laser control cabinet. If we take a fiber laser marking machine as a house, then the cabinet is the framework of the house, all other accessories are in the house.
PC controller
The ordinary computer is also applicable. For fiber laser marking machine, as it adopts USB marking card, and laptop is also applicable, the fiber laser marking machine can be made into portable one.
Our Factory
Jinan Hopetool CNC Equipment Co., Ltd. is a professional company specializing in developing and manufacturing different kind laser machine, include: CNC router, laser machine, digital cutting machine. Our company builed on 2008, after 14 years hard work, our machines have been exported to more than 80 countries, and we have established regular business relationships with many distributors from many countries.
Certificate
FAQ
Hot Tags: metal fiber laser marking machine, China metal fiber laser marking machine manufacturers, suppliers, factory, titoe laser engraver, cheap portable laser engraver, desktop laser marking machine, best laser cutter for jewelry, steel laser cutting machine price, plastic laser engraver
Previous
No InformationYou Might Also Like
Send Inquiry