Details Product Parameters Samples Video
Fiber laser gun engraving is a process of material surface processing using fiber laser technology, which is usually used to engrave, mark or carve patterns, words or logos on various materials (e.g. metal, plastic, etc.). The following is a detailed introduction to fiber laser gun engraving:
Working principle:
Fiber laser:
The fiber laser gun generates a high intensity laser beam through a fiber laser. Advantages of fiber lasers include high efficiency, long life and excellent beam quality.
Laser beam focusing:
The laser beam is focused by the optics into a very small spot, which is able to concentrate a large amount of energy into a single point, thus generating high temperatures on the surface of the material, resulting in evaporation or oxidation of the material.
Engraving process:
Under the control of the laser gun, the laser beam can be moved very precisely along the set pattern to achieve high precision engraving. When the laser beam hits the surface of the material, it follows a predetermined design pattern.
Fiber laser gun engraving is a modern, efficient and environmentally friendly processing technology, which is widely used in many fields such as industry, advertising, art, etc. It provides new ideas and methods for material processing.
Portable fiber laser marking machine is an advanced laser equipment with the characteristics of portability and high efficiency. It is widely used in industrial production, manufacturing, jewelry industry and other fields, providing users with convenient and efficient marking solutions.
1. Small size design, weighing only 38KG, easy to move and save space.
2. Adopt the high precision famous brand wavelength F-theta lens which can achieve the high-speed and high precision laser marking, long time use without text and image distortion.
3. Built-in dual red light makes it easier and more accurate to find the laser focus.
4. High beam quality, small spot size and narrow marking line width make it more suitable for fine marking.
5. Maintenance-free, "plug and play" design, no consumables required.
6. Laser service life up to 100,000 hours, photoelectric conversion efficiency up to 30%.
Laser source
Good beam quality, stable performance, long service life (100,000 hours), and maintenance-free. MAX, Raycus, JPT and other brands can choose.
High quality galvanometer
The high-speed digital galvanometer scanning head has good running stability and high positioning accuracy, which can realize high-speed marking and high precision.
F-theta lens
Intelligent F-theta lens, the fiber laser beam is focused to the surface of the workpiece through the lens, and the energy is sufficient.
Built-in air cooling
With built-in air cooling design, the heat dissipation performance is better, can effectively extend the service life of optical components.
Red light positioning
Scanning with red light before marking, previewing the marking position in advance, identifying the positioning size, so that the marking position of each workpiece is accurate and error-free.
Control panel
BJJCZ brand original EZCAD control system has the characteristics of high stability, easy operation and good performance.
All-aluminum operating table
The all-aluminum operating table is selected, the porous position is flexibly positioned, and the processing direction is flexibly adjustable.
Fiber laser gun engraving as an advanced engraving technology, its advantages are obvious, suitable for a number of industries and applications. The following is a detailed introduction of its main advantages:
1. High precision
Fiber lasers can produce extremely fine laser beams, and the spot diameter formed after focusing can reach the micron level. This makes the engraving process very accurate and enables clear engraving of complex patterns and detailed text, which is particularly suitable for industries requiring a high degree of detail such as jewelry, electronic components and instrumentation.
2. High-speed processing
Fiber laser engraving machine has a high speed in the processing, can effectively improve the production efficiency. The continuous motion and high acceleration of the laser beam makes the entire engraving process much faster than traditional processing methods, and can meet the needs of mass production, especially in the case of rapid delivery.
3. Wide material applicability
Fiber laser guns are capable of processing a wide range of materials including, but not limited to, metals (e.g., stainless steel, aluminum, copper), plastics, and more. This wide applicability allows fiber laser engraving to meet the needs of all types of industries, such as packaging, automotive, electronics, and medical devices.
4. Contactless Processing
Since laser engraving is a non-contact processing method, the workpiece itself will not be damaged due to tool wear or contact. This feature makes laser engraving ideal for processing fragile or deformable materials as no mechanical stress is generated during the operation.
5. Environmentally friendly
Fiber laser engraving does not require the use of chemicals, inks, or other contaminating materials, which reduces the amount of waste and hazardous materials produced, helping companies to comply with environmental regulations and meet green manufacturing standards.
6. Low Maintenance
Fiber lasers are designed to provide a longer service life. Compared to other types of lasers (such as CO2 lasers), fiber lasers require minimal maintenance, which can result in significant cost savings in the long run. Operators typically need to perform only a small amount of maintenance and service work to keep the equipment up and running.
7. Flexibility
Fiber laser engraving machine can quickly adapt to different application requirements, and can be used to adjust laser processing parameters (such as power, speed, frequency, etc.) through simple software to complete different engraving tasks. At the same time, it supports a variety of file formats (e.g., DXF, PLT, etc.), making good compatibility with design software and more efficient workflow.
8. Automation and Intelligent
Fiber laser engraving machines can be combined with computer control systems, production lines or industrial robots to achieve a high degree of automation. This automation solution not only improves productivity, but also enhances processing consistency and quality control, making the production process more intelligent.
9. Durability of work
The markings and patterns formed on the material surface by laser engraving technology are highly resistant to abrasion, corrosion, regular cleaning and daily wear and tear. Whether in outdoor or industrial environments, the engraved patterns and text will not easily fade or be damaged, ensuring its long-term identification and aesthetics.
To sum up, fiber laser gun engraving has multiple advantages such as high precision, high efficiency and environmental friendliness, which not only improves the craftsmanship level of products, but also provides flexible, economical and reliable solutions for various industries. Click here to contact Suntop Laser today for more information on laser engraving.
Laser Power | 20W | 30W | 50W | 60W |
Model | ST-FL20P | ST-FL30P | ST-FL50P | ST-FL60P |
Max Marking Range | 110*110mm /150*150mm | 200*200mm | 300*300mm | 450*450mm |
Depth of Single Marking | 0.01mm | 0.03mm | 0.06mm | 0.07mm |
Same pattern marking efficiency | 10s | 7 s | 4s | 3s |
Whole Machine Power | 600W/h | 800W/h | 1000W/h | 11000W/h |
Laser Type | Fiber Laser | |||
Laser Source | MAX Brand （ Raycus can choose ) | |||
Control Software | EZCAD | |||
Cooling Mode | Air Cooling | |||
Working Accuracy | ±0.002MM | |||
Marking Speed | 0-7000mm/s | |||
Repetition Frequency | 20-100KHz | |||
Laser Wavelength | 1064nm | |||
Minimum Font for Marking | 0.15mm | |||
Working Voltage | 220V±10% 50/60 Hz | |||
Graphic Format Supported | AI, PLT, DXF, BMP, DST, DWG, DXP | |||
Applicable Material | All metal (Stainless steel, Carbon steel, Brass,etc.) and some plastic(ABS, PVC,PES, ETC.) | |||
Spare Parts Come with the Machine | Protective glasses, Metal business card, Foot switch, Hex socket wrench, Power cord | |||
Optional Accessories to Purchase | D80 Rotating Shaft/ D57 Small Chuck/2D Table (X.Y direction)/ Cutting Fixture | |||
Net Weight (KG)/ Gross Weight | 38KG / 50KG | |||
Machine Dimension | 420*300*550mm (L*W*H) | |||
Suitable for working with most metal marking applications such as Gold, Silver, Stainless Steel, Brass, Aluminum, Steel, Iron Titanium etc., and can also mark on many nonmetal materials, such as ABS, Nylon, PES, PVC etc.
Fiber laser gun engraving has a wide range of applications, mainly including the following areas:
Advertising industry
Personalized logo and trademark engraving
Exhibition and display production
Customization and processing of promotional signs and signboards
Electronics industry
Circuit board marking
Identification and barcode engraving for electronic components
Labeling and nameplate production
Jewelry processing
Custom jewelry engraving
Jewelry branding and personalized engraving
Artwork design and processing
Automotive and mechanical
Marking of parts (e.g. serial numbers, bar codes)
Customized decoration and branding
Inscription of tools and electromechanical equipment
Medical Industry
Marking and tracking of medical devices
Laser marking of pharmaceutical packaging
Customized engraving of medical products and accessories
Arts & Crafts
Personalized handicrafts
Artistic creations and engravings of all kinds
Customized gifts and home decorations
Home furnishings
Carving of furniture and home accessories
Carving of personalized household appliances (e.g. wooden kitchen utensils)
Mobile phones and electronic products
Personalized engraving of cell phone cases, laptops, tablets, etc.
Branding and customized design of accessories
Aerospace
Marking and identification of components
Fine processing of composite materials, etc.
Fiber laser engraving is gradually becoming an indispensable processing solution for various industries due to its high precision, high efficiency and ability to adapt to a wide range of materials, especially in the field of detailed processing and personalized customization, showing great potential for application. Click here to understand how to contact Suntop Laser for a free laser engraving test.
There are several factors to consider when choosing a laser engraving machine to ensure that the equipment you purchase meets your needs. Here are a few key factors in choosing a laser engraver:
1. Laser type
CO2 laser: suitable for engraving and cutting non-metallic materials such as wood, leather, plastic, paper, etc., and is more cost-effective.
Fiber laser: suitable for engraving and cutting of metal materials, especially for stainless steel, aluminum, etc. Apply good results, but also can be used for some non-metallic materials.
YAG laser: mainly used for industrial applications, suitable for deep processing of metals.
2. Laser power
The higher the power, the faster the cutting and engraving speed is usually, and the thickness of the material to be cut increases. For applications that require deep cutting, high power lasers are available.
3. Processing Range
Depending on the size of your workpiece, choose the right size of work area. Large materials require a laser engraver with a large table.
4. Resolution and Accuracy
Choose a device with high resolution for more detailed engraving. Usually the resolution is between 300-1200 DPI (dots per inch).
5. Material Compatibility
Make sure the laser engraving machine can handle all the materials you intend to engrave. Different types of laser machines are suitable for different materials.
6. Cooling system
Laser equipment may generate a lot of heat, so it is very important to choose a suitable cooling system (air or water cooled) to prevent the equipment from overheating.
7. Software support
Check that the software supplied with the machine is easy to use and compatible with your favorite design software (e.g. CorelDRAW, AutoCAD, Adobe Illustrator, etc.).
8. Maintenance and support
Find out if the manufacturer offers good technical support and service, and consider the cost of maintaining the laser engraver.
9. Safety
Choose a machine that has laser safety guards, such as transparent shields to protect the operator's eyes and skin.
10. Budget
Choose the most suitable equipment according to your budget, consider the performance and price of the equipment, and try to choose cost-effective products.
11. Customer reviews and brans
Check the reviews of other users and choose a brand with a good reputation. The brand usually affects the quality of the product and after-sales service.
12. Application Cases
Consider your specific application needs, such as whether it is used for mass production or small customization, and whether it needs to be portable.
13. Accessories and consumables
Find out the availability and price of required accessories (e.g. lenses, mirrors, etc.) and consumables (e.g. specialized cutting materials).
Choosing a laser engraver is a comprehensive process that takes into account your specific processing needs, budget, and area of application. In the long run, a laser engraving machine that suits your needs will effectively improve productivity and the quality of your work. It is recommended that you talk to the manufacturer as much as possible before making a purchase to get enough information and demonstrations to ensure that you make an informed decision. Click here to contact Suntop Laser today for more information.
There are many reasons to choose Suntop Laser as a supplier of laser marking machines or laser processing equipment.
Technical advantages
High-precision processing: The laser equipment provided by Suntop Laser generally has high precision and stability, which can meet the marking needs of different materials and applications.
Innovative technology: Suntop Laser continues to innovate in laser technology, using the latest laser technology and automation solutions to improve equipment performance.
Rich equipment variety
Diversified products: Suntop Laser provides a variety of types of laser marking machines and processing equipment to meet the needs of different industries and different materials, including UV laser, CO2 laser, fiber laser, etc.
Customized solutions: According to the specific needs of customers, Suntop Laser can also provide customized equipment and solutions.
High-quality after-sales service
Technical support: Suntop Laser usually provides comprehensive technical support, including guidance on equipment installation, commissioning and daily maintenance, to ensure that users can use the equipment smoothly.
Quick response: The high-quality customer service team can quickly respond to customer inquiries and after-sales issues to improve the operating efficiency of the equipment.
Cost-effectiveness
Reasonable pricing: Suntop Laser's equipment is relatively reasonably priced while maintaining high quality, providing customers with cost-effective choices.
Long-term investment: The durability and reliability of the equipment can reduce long-term maintenance and replacement costs and reduce overall costs.
Customer reputation
Industry reputation: Suntop Laser enjoys a good reputation in the industry and has been recognized and praised by many customers, proving the quality and reliability of its products.
Successful cases: Successful application cases in multiple industries demonstrate the performance and applicability of the equipment.
Global market
International service: Suntop Laser has an international market layout, can provide services to customers in different countries and regions, and has a broad customer base.
Based on the above points, Suntop Laser can become a trustworthy laser marking machine supplier, meeting customer needs in terms of quality, performance and service, thereby helping customers improve productivity and product quality. If you are interested, it is recommended to contact Suntop Laser directly for more details and technical parameters to make a more informed choice.
1. What is fiber laser gun engraving?
Fiber laser gun engraving is a technique of engraving and marking using a fiber laser. Fiber lasers use optical fibers to generate laser light with high energy efficiency, long life and high quality beam output, enabling precise engraving on a wide range of materials.
2. What are the advantages of fiber laser engraving over traditional engraving?
High precision: laser engraving has very high fineness and repeatability.
Fast: laser engraving is fast and suitable for mass production.
Non-contact processing: laser engraving does not cause mechanical stress on the material, reducing material damage.
Flexibility: it can deal with items of different shapes and sizes, suitable for personalization.
3. Is it difficult to maintain the fiber laser engraving machine?
Maintenance is simple. Routine maintenance mainly includes regular cleaning of the optics, ensuring the cooling system is working properly, and checking electrical connections. Regular maintenance can extend the life of the equipment.
4. Is fiber laser engraving safe?
Safe, laser engraving needs to follow safety norms while operating. Operators should wear appropriate laser protective eyewear, avoid looking directly into the laser beam, and ensure that the work area is secured to prevent accidental injury.
5. Is fiber laser engraving costly?
The initial investment may be relatively high, but the operating costs of a fiber laser engraver are usually low. They have a long laser life cycle and low maintenance costs. In the long run, this can lead to increased efficiency and productivity.
7. Can I cut on a fiber laser engraver?
Fiber laser engraving machines can not only engrave, but also cut. The proper choice of power and settings will allow you to cut metals of varying thicknesses.
8. What is the processing speed of fiber laser engraving machine?
The processing speed depends on the laser power, material type, thickness and engraving complexity. Generally speaking, fiber laser engraving machine can achieve fast processing efficiency, especially suitable for mass production.
9. How to ensure the engraving quality and effect?
The use of high quality materials, the adjustment of appropriate laser parameters (e.g., speed, power, frequency, etc.), and regular maintenance of the equipment can help to improve the quality of engraving. Also, small-scale trial engraving can be done to confirm the settings.
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