Details Product Parameters Samples Video
Permanent laser marking is a processing method that uses laser technology to mark or engrave on the surface of an object. Compared with traditional printing or labeling methods, permanent laser marking can achieve long-lasting marking on various materials with higher precision and quality.
Working principle
The working principle of permanent laser marking is to concentrate high energy on the surface of the target material through a laser beam. The energy of the laser locally heats the material, causing the surface to vaporize or melt, thereby forming the desired pattern, text or barcode. This process usually does not involve any consumables (such as ink), so the mark formed is permanent and not easy to wear.
Permanent laser marking is an efficient, accurate and environmentally friendly marking technology that plays an important role in modern industry. With the continuous advancement of laser technology, its application areas and market prospects will continue to expand.
3D permanent laser marking machine is a flexible and portable laser device with specific features and advantages, suitable for various occasions requiring mobile marking or on-site marking.
1. Subvert the traditional two-dimensional marking mode, to achieve all-round marking, can be engraved bevel, cylinder, cone, sphere and other different 3D shapes.
2. Graphics from mainstream 3D software can be imported and the graphics can be simply edited for easy operation.
3. Automatically calculates radian and automatically adjusts focus for marking multi-level large format, 3D curved surfaces and more.
4. Using imported scanning system and scanning head, the infrared focusing system does not need to measure the focal length, which makes the work more convenient.
5. Adopt high-precision three-dimensional positioning technology, high-speed focus scanning system, short pulse, high peak power and high pulse repetition frequency. The working efficiency is 20% higher than that of similar models.
6. Stable performance of the whole machine, small size, maintenance-free, service life up to 100,000 hours.
Fiber laser source
Good beam quality, stable performance, long service life (100,000 hours), and maintenance-free. MAX, Raycus, JPT and other brands can choose.
3D digital scanning head
Famous brand SINO-GALVO oscilloscope scanning head, high speed and accurate marking.
XYZ three axes, irregular / surface marking, Z axis can be flexible automatic movement.
Professional 3D galvanometer
Variable focal length, precise control of focal position, ensure focal size and spot quality to realize the engraving of irregular products.
Double red light preview
Help to find the focal distance quickly, no need to use ruler, just check whether the red dots and red lines on the surface of the product to be marked overlap.
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.
Aluminum table
The worktable is made of thick aluminum plate, which is very stable. The positioning holes with threads are neatly arranged for easy and accurate positioning.
Control system
BJJCZ control card adopts EZCAD software, which is easy to operate and powerful. Compatible with Windows XP /7/8/10.
Safety protection
The equipment is equipped with an emergency stop button to ensure that the power supply can be quickly cut off in the event of an abnormality. The laser protection cover can be customized according to needs to ensure the safety of operators during use.
3D permanent laser marking combines three-dimensional laser technology with permanent marking technology, and has many advantages that traditional marking methods cannot match.
1. High precision and high resolution
3D laser marking can mark complex surfaces with high precision, and can even achieve clear marking on objects with irregular shapes or varying depths. This accuracy is suitable for application scenarios that require detailed patterns, barcodes or text.
2. Permanence
The marks generated by 3D laser marking are usually permanent and can resist wear, corrosion and damage caused by daily use. This durability ensures the long-term readability of the marked information, which is essential for traceability and authentication.
3. Non-contact operation
Laser marking is a non-contact process that does not cause physical damage to the material and protects the surface quality of the product. This is especially important when handling fragile or sensitive materials.
4. High efficiency
3D laser marking has a high processing speed and can quickly complete the marking task, which is suitable for large-scale production. In addition, the laser marking process usually does not require subsequent processing, which further improves efficiency.
5. Environmental protection
Compared with traditional marking methods (such as using ink or chemical corrosion), 3D laser marking does not require additional consumables and produces less waste during processing, which has good environmental characteristics.
6. Personalization and customization
3D laser marking can easily achieve personalized customization, which is suitable for small batch production or personalized products. For example, on consumer products, different texts or patterns can be added according to customer needs.
7. Suitable for complex patterns
3D laser marking can handle complex details and multi-level designs, which makes it excellent when marking LOGO, textures and other artistic designs.
These advantages of 3D permanent laser marking make it an increasingly popular choice in industrial production and personalized applications, which can meet the needs of modern manufacturing and market for high-quality, durable marking. With the advancement of technology, its application range is expected to expand further. Click here to contact Suntop Laser now for more information.
Laser Power | 30W | 50W | 60W | 100W |
Model | ST-FL30P-3D | ST-FL50P-3D | ST-FL60P-3D | ST-FL100P-3D |
Max Marking Range | 110*110mm /150*150mm | 200*200mm | 300*300mm | 300*300mm |
Depth of Single Marking | 0.01mm | 0.03mm | 0.06mm | 0.08mm |
Same pattern marking efficiency | 10s | 7 s | 4s | 2s |
Whole Machine Power | 600W/h | 800W/h | 1000W/h | 12000W/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.) | |||
Optional Accessories to Purchase | D80 Rotating Shaft/ D57 Small Chuck/2D Table (X.Y direction)/ Cutting Fixture | |||
Net Weight (KG)/ Gross Weight | 45KG / 55KG | |||
Machine Dimension | 420*300*550mm (L*W*H) | |||
3D fiber laser marking technology has been widely used in several industries due to its high precision, high efficiency and wide material adaptability. The following are some of the major application industries:
Manufacturing
Metal processing: for engraving, marking, cutting and processing of metal parts, widely used in automotive, aerospace and machinery manufacturing.
Electronics industry: fine laser engraving and marking on circuit boards, electronic components and devices.
Jewelry industry
Jewelry engraving: for detailed engraving and design on metals, gemstones and other materials to help create unique jewelry pieces.
Personalization: Laser engraving allows for the rapid production of custom rings and jewelry to meet individual customer needs.
Medical industry
Medical Devices: Marking and engraving on medical devices such as surgical instruments and implants to ensure traceability and accuracy.
Biomaterial processing: Fine engraving on biocompatible materials to help manufacture customized medical solutions.
Mold and tooling manufacturing
Mold Etching: Engraving and etching for manufacturing plastic and metal casting molds to improve the precision and complexity of the molds.
Tool marking: marking and engraving on tool surfaces for management and identification.
Art & Craft
Artwork production: Artists use 3D fiber laser engraving technology to create intricate and beautiful artwork.
Personalized Gifts: Laser engraving can be used to create customized gifts such as souvenirs, trophies, photo frames, etc. to meet personalized needs.
Automotive industry
Parts marking: for precise marking on automotive parts to ensure traceability.
Interior Processing: Provide exquisite patterns and decorations for car interiors through laser engraving technology.
Architecture and interior design
Decorative materials: for engraving and cutting on walls, floors and furniture to add personalization and aesthetics to the design.
Signage and directionals: to create indoor and outdoor signage and directionals to ensure clear and understandable messaging.
Aerospace
Component engraving: for high-precision processing of aircraft and spacecraft components to ensure the reliability and safety of each component's performance.
Marking and labeling: Marking and labeling engraving on spacecraft helps in effective management and maintenance.
Advertising and signage
Personalized advertising: Used to create a variety of advertising materials, signs and displays to attract customers' attention.
Commercial Signage: In commercial environments, laser engraving technology is used to create professional signs and brand displays.
In summary, the flexibility and adaptability of 3D fiber laser marking technology allows it to be used in a wide range of industries, in every field from manufacturing to art, from medical to advertising. Click here to contact Suntop Laser today for a free laser engraving test.
Choosing the right laser marking machine involves multiple factors. Depending on your specific needs, budget, and application scenarios, here are some important considerations:
1. Marking material
Material type: Understand the material you need to mark (such as metal, plastic, ceramic, glass, wood, etc.). Different laser types are suitable for different materials.
Material properties: Consider the hardness, gloss, thickness, and texture of the material, which will affect the choice of laser.
2. Laser type
CO2 laser: Suitable for marking and engraving non-metallic materials (such as wood, organic matter, plastic, glass, etc.).
Fiber laser: Suitable for marking metal materials (such as stainless steel, aluminum, copper, etc.), with higher efficiency and depth.
UV laser: suitable for marking heat-sensitive materials, such as certain plastics and glass, with higher precision and smaller heat-affected zone.
3. Marking accuracy
Resolution: Choose the appropriate resolution based on the clarity of your product's marking.
Marking speed: Choose the appropriate marking speed based on production efficiency requirements. Some machines may need to trade off between speed and accuracy.
4. Marking content
Text, image, QR code: confirm the type of content you need to mark, select a machine that can meet your needs, and ensure that the required format is supported.
Customization requirements: consider whether customized services are required, such as serial number, batch number, marking on QR code, etc.
5. Work area
Working area: ensure that the machine's working area is large enough to accommodate your products. For larger products, you need to choose a machine with a large workbench.
Degree of automation: understand whether the machine supports automated feeding and discharging systems to improve production efficiency and reduce labor costs.
6. Software and operation
Operation interface: confirm that the software is easy to use and whether it supports Windows or other operating systems to facilitate the operator's operation.
Design software: ensure that the laser marking machine is equipped with or compatible with design software that can support multiple file formats and flexible editing functions.
7. Safety
Protective measures: ensure that the equipment has necessary safety protection measures, such as laser protective cover, to avoid accidental injuries during operation.
Operation specifications: be familiar with the instructions for use and safety protection requirements, and select equipment that meets relevant safety standards.
8. After-sales service and maintenance
Manufacturer reputation: Choose laser marking machines from well-known manufacturers, considering their reputation in the industry and user feedback.
Warranty and technical support: Understand the warranty period and subsequent technical support provided by the supplier to ensure timely assistance when the equipment fails.
9. Budget
Cost control: Consider different levels of equipment according to your budget and choose a laser marking machine with the best cost-effectiveness.
Operating costs: Evaluate the consumables, maintenance costs and power consumption of the equipment to control long-term operating costs.
10. Application and industry standards
Industry standards: Some industries (such as medical, food, etc.) may have special requirements for labeling. Please ensure that the equipment meets relevant standards and regulations.
When choosing a laser marking machine, you need to consider the above factors comprehensively to ensure that the selected equipment meets your specific needs and can improve efficiency and quality in the production process. Click here to contact Suntop Laser today for a demo or sample marking results to make a more informed choice.
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. How can i place an order?
Please provide the details of your requirements as clear as possible. So we can send you the offer at the first time.
For further discussion, it is better to contact us with WhatsApp / WeChat / email / phone, in case of any delays.
2. What kind of display we provide?
We have laser marking machine / laser welding machine / laser cutting machine / laser cleaning / CO2 laser cutting and engraving machine / laser accessories for you choose.
3. How about the warranty?
We have 2 years warranty and lifelong maintenance.
4. What is your terms of delivery?
We accept EXW, FOB, CFR, CIF, DDU, DDP, etc. You can choose the one which is the most convenient or cost effective for you.
5. Is the machine difficult to operate?
No, it is very simple to operate. The user-friendly operation interface and software make the operation relatively simple. Most devices support graphic file import, and users only need to simply learn the basic operation of the software and the daily maintenance of the equipment.
6. What should be paid attention to in maintenance and care?
In order to ensure the stable operation of the equipment, regular maintenance is necessary. The main points to pay attention to include:
Clean the laser and reflector regularly to ensure that the optical path is clean.
Check the circuit and connecting wires to ensure that the equipment is not short-circuited or damaged.
Check the cooling system regularly to ensure that the laser temperature is normal.
Update the software and firmware to ensure that the equipment uses the latest functions.
7. How long is the service life of the equipment?
The service life of the equipment varies depending on different models and usage environments. Generally, high-quality laser marking machines can be used for several years under normal maintenance. The service life of the laser is generally 100,000 hours.
8. Can the machine be customized?
Yes, the equipment can be configured according to the customer's specific needs, such as working area, laser type, software functions, etc. When choosing a supplier, ask about its customization capabilities and experience.
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