Features of ElephMax Fiber Laser Marking Machine
- Can process a variety of metal and non-metal materials, especially for marking high-hardness, high-melting-point, and brittle materials.
- It belongs to non-contact processing with good marking quality, no damage to the product, and no tool wear.
- The laser beam is very thin; the processing heat-affected zone is small and the amount of material consumed is very small.
- By adopting computer control, it is easy to achieve automation and high processing efficiency.
- Small volume, light weight, and high speed.
What Is the Optical Fiber Laser Marking Machine?
ElephMax fiber laser marking machine is an industrial device that uses a high-energy fiber laser beam to create permanent markings on the surfaces of metals and certain non-metallic materials. It features clear markings, high speed, minimal consumables, and low maintenance costs. As a mainstream, core piece of equipment for industrial identification, product traceability, anti-counterfeiting engraving, and brand logo engraving, our fiber laser marking machine is suitable for both mass production and customized processing.
Types of ElephMax Fiber Laser Marking Machine
No cutting tool contacts the workpiece during marking, eliminating cutter wear while producing barcodes, text and patterns on metal and plastic surfaces.
A 1064nm CO2 laser marks non-metal surfaces directly, covering wood, acrylic, leather, glass and ceramics without physical contact or consumable tools.
The 355nm UV source uses cold processing to mark plastics, glass and coated metals with a 0.005mm minimum line width and minimal thermal deformation.
Why Choose Our Fiber Laser Marking Machines
The materials you need to process, whether they are metals such as zinc alloy, non-semiconductor ceramics, or plastics, can all be processed with just one machine.
The mark by our machines guarantees you a permanent industrial mark that withstands harsh environments and chemical exposure without fading, wear, or erosion.
No need for ink or spray liquid, and with a simple structure, our machines can bring you lower long-term production costs.
The lifespan of our fiber laser marking machines typically ranges from 50,000 to 100,000 hours. This means you can reduce the frequency of replacements.
Optimal Metal Marking Results
The 1064 nm fiber laser is optimized for marking common industrial metals, including stainless steel, carbon steel, aluminum, titanium, brass, nickel-plated parts, and various alloys. Whether you need to engrave tools, molds, hardware, or industrial parts—from shallow to deep—our equipment offers a range of power options to choose from. Our 200F fiber laser marking machines for metal produces high-contrast dark marks and bright etched patterns to meet your metal marking needs.
High-Precision Marking
With excellent beam quality and a finely focused laser spot, our equipment is capable of micron-level precision processing. Our products offer a repeat positioning accuracy of ±0.01 mm and provide clear and sharp markings on the surfaces of various metals and precision components. Whether you need to mark complex logos, small characters, serial numbers, or barcodes and QR codes, our machines create well-defined edges and clear details for reliable identification and traceability.
Why Choose ElephMax?
- Factory and Technical Team: 75,000 m² modern production base and a 500-person professional technical service team. 30+ locations worldwide to support fiber laser marking machine installation and service.
- Rich Industry Experience: A fiber laser marking manufacturer with 16 years of experience providing customized fiber laser marking machines for more than 9,000 domestic and overseas manufacturers.
- Customization and OEM Available: Adjustable power levels and software integration, color and appearance styles. OEM solutions with your logo for market distinction.
- Reliable After-sales Support: 12-month warranty, 60-day trial period, plus lifetime technical guidance and support ensure lasting peace of mind.
Common Applications of Our Fiber Laser Marking Machines
You can use our fiber laser marking machine to mark engine parts, vehicle identification numbers (VIN codes), and component identifiers, making it possible to track each part throughout its lifecycle.
Aviation materials are typically titanium alloys, aluminum alloys, and high-strength steels. Our machine delivers high-precision and durable marking, fully meeting the strict identification and traceability requirements of the aerospace industry.
Our fiber laser marking machine is pollution-free, and the marking is permanent, meeting the traceability and cleanliness requirements of medical device manufacturing.
Our fiber laser marking machines support traceability in the renewable energy industry, including wind turbine components and solar panel assemblies, by providing permanent marking of serial numbers, production dates, and maintenance information for efficient lifecycle management.
More About Our Company
- Certifications
- Fiber Laser Marking Machines Video
- Specification
Over 120 patents and authoritative certifications, including CE, ISO9001, BV, SGS, and TUV, meet internationally recognized standards.
Watch our machine perform accurate metal marking.
| Item | Specification / Description |
| Laser source | Fiber laser |
| Power | 20W, 30W, 50W, 100W, optional |
| Working area | 110x100mm, 200x200mm, 300x300mm, optional |
| Marking speed | ≤12000mm/s |
| Marking depth | ≤1.2mm |
| Repetition precision | ±0.01mm |
| Working voltage | 110V/220V, 50/60Hz |
| Working temperature | 0-45℃ |
| Working humidity | 5-95% |
Testimonials
Before making the purchase, we needed more efficient marking machines to complete the marking of serial numbers and QR codes on the stainless steel. ElephMax recommended the 30W fiber laser marking machine to us. This has increased our production efficiency by 40% and reduced the labor cost by 20%.
Australia | Automotive Parts ManufacturingDavid Thompson Production ManagerWe operate a custom metal processing business, working with aluminum, stainless steel, brass, mold steel, titanium, and nickel alloys. We needed a fiber laser marking machine that could provide deep engraving while handling a wide range of materials. ElephMax recommended a 50W fiber laser marking machine for our application. This machine can handle all materials stably and helps us increase our production efficiency by 40%.
Vietnam | Custom Metal FabricationNguyen Minh Quan Operations DirectorWe produce electrical enclosures and control cabinet components. Before, marking different metal surfaces was sometimes a challenge. This machine gives us clear logos, barcodes, and serial numbers on both painted and unpainted parts. It has made product tracking easier and saved us time in production.
India | Electrical Equipment ProductionRajesh Kumar Manufacturing Supervisor
Fiber laser marking machines are mainly used for metal materials, such as stainless steel and aluminum alloys. They are very suitable for industrial mass production.
If your materials are non-metals like wood, leather, or paper, a CO₂ laser marking machine is a better choice.
If you need very high-precision marking, especially for electronics or semiconductor products, UV laser marking machines are recommended. They have low heat impact and can mark delicate materials without damage, offering the highest precision among the three types.
The differences among 20W, 30W, and 50W fiber laser marking machines extend beyond power output alone. Higher power does not necessarily mean better marking quality. The main differences lie in marking depth, production efficiency, and machine cost.
If your application mainly involves standard surface marking and does not require deep engraving or extremely high production speed, a 20W fiber laser marking machine is a cost-effective choice with a lower initial investment.
A 30W machine gives a good balance between speed, engraving capability, and cost, making it one of the most popular options for medium- to large-scale production.
If deep engraving, higher productivity, or faster processing of hard metals is required, a 50W machine is usually the better choice. It delivers higher efficiency and deeper engraving capabilities, although it also comes with the highest investment cost.
Daily maintenance: Keep the lenses clean and free from dust. Clean metal dust and oil stains on the worktable regularly.
Check the protective lens and focusing lens. If there are scratches or burns, replace them in time.
Also, check the electrical system, software, ventilation, and cooling system regularly. If any damage is found, repair or replace it immediately.
The main difference between laser marking and laser engraving is the processing depth. Laser marking creates patterns by changing the color of the material’s surface, while laser engraving removes material from the surface. As a result, laser engraving produces deeper marks than laser marking.
The price of a fiber laser marking machine depends on several factors. Laser power is one of the most important factors. For example, a 100W fiber laser marking machine costs more than a 20W machine. Other factors include the laser source brand, marking area size, rotary attachments, and automation features.
Custom configurations will also affect the final price. We offer flexible customization options, including the worktable, laser source, galvanometer, and laser power. Machine colors and appearance can also be customized to match your requirements.
Yes. Our modern fiber laser marking machines are designed for easy operation. Your operators can learn the basic functions within 1–3 days after training. We provide operation manuals, video tutorials and remote technical support.