Fiber Laser Etching Machine
Fiber Laser Etching Machine
Products Description
Fiber laser etching operates through a sophisticated photothermal interaction between the laser beam and material surface. The process begins in the laser source where pump diodes convert electrical energy into light . This light travels through a "doped" fiber optic cable containing rare-earth elements like ytterbium, which amplifies the light into a coherent laser beam .
The laser beam then passes through a galvanometric scanning system that directs the beam with incredible speed and accuracy across the material surface . Unlike traditional engraving that removes material, laser etching melts the material's surface layer, creating permanent high-contrast marks without compromising structural integrity .
This process represents a significant advancement over traditional marking methods, offering greater precision, speed, and versatility without consumables like inks or chemicals.
Products Specifications
| Parameter | Specification |
|---|---|
| Item/Model | HJZ-DB-01 |
| Laser Power | 30W/50W/100W |
| Laser Wavelength | 1064 nm |
| Graphic Format Supported | PLT,BMP,JPG,PNG,TIP,PCX,TGA,ICO,DXF |
| Marking speed | ≤9000mm/s |
| Max Marking Depth | ≤1mm |
| Marking lines | 1-10 marking lines(in the marking area) |
| Minimum line width | 0.01mm |
| Minimum character | 0.15mm |
| Resolution ratio | 0.01mm |
| Machine Dimensions | 750 × 380 × 750 mm |
| Weight | 100kg |
Applications:
Automotive & Aerospace:
Used for tracing critical components like engine parts, VIN numbers, and brake systems with permanent, heat-resistant marks that withstand harsh conditions .
Electronics & Semiconductors:
Ideal for marking PCBs, microchips, and consumer electronics with micro-QR codes, serial numbers, and logos without damaging delicate components .
Medical Device Manufacturing:
Meets strict regulatory standards by creating permanent, biocompatible marks on surgical tools, implants, and equipment with Unique Device Identification (UDI) codes .
Jewelry & Gift Personalization:
Enables high-precision engraving of names, intricate designs, and logos on metals like gold, silver, and platinum, as well as on pens, trophies, and signage .
Tooling & Hardware:
Provides durable branding and sizing information on drills, wrenches, and other industrial tools, ensuring legibility throughout the product's life
Advantages
Three revolutionary advantages over traditional laser machines
☑️ Our machines are equipped with filters during production to reduce current noise and improve galvanometer accuracy and efficiency. Terminal blocks are also installed, with separate hot and ground wires, as well as power and weak points, to facilitate troubleshooting and address potential electrical safety issues.
☑️ Our power supplies, wiring, terminal blocks, and other electrical components consume more than 40% of the power consumed by the laser, board, and galvanometer, ensuring more stable and safe power usage.
☑️ Our machine's main power cord is 2.5 square meters. Insufficient wires can easily overheat and cause fires.
Machine details:
UV desktop laser marking machine details introduction
Laser Source
The heart of the system, typically using ytterbium-doped fibers to generate laser beams at 1064nm wavelength - ideal for metal marking . Quality laser sources from brands like RAYCUS, and JPT offer.100,000+ hours of operational life with minimal maintenance .
Galvanometer Scanner
This critical component uses high-speed mirrors to direct the laser beam with exceptional precision and speed, enabling complex designs and rapid marking .
Focus Lens
Specially designed to focus the laser beam onto a flat plane without distortion, ensuring consistent marking quality across the entire working area .
Different working areas avaliable,110*110mm,175*175mm,300*300mm.
Control System and Software
User-friendly interfaces like EZCAD allow operators to design marks, adjust
parameters, and control the etching process with precision .
Chilling System
Air cooled,Maintains optimal operating temperature for the laser source, ensuring consistent performance and extending equipment lifespan .
Fume Extraction System
Removes particles and gases generated during the etching process, protecting both the equipment and work environment
Samples:
How To choose Your Fiber laser marking machine?
Laser Power: Typically ranging from 20W to 100W for marking applications. Higher power allows for faster marking and deeper engraving on harder materials .
Marking Speed: Measured in mm/s, high-speed galvo systems can achieve speeds up to several thousand mm/s, drastically improving production efficiency .
Marking Area: Determined by the galvo and lens combination, it defines the maximum size of the mark, with common areas like 100x100mm, 200x200mm, and 300x300mm .
Beam Quality (M² factor): A measure of how tightly the laser beam can be focused. A lower M² value indicates a higher quality beam, which is essential for achieving ultra-fine details and sharp marks .
Pulse Frequency: Adjustable in many lasers (e.g., 20kHz to 80kHz), this parameter affects the finish of the mark. Higher frequencies are suitable for fine surface markings, while lower frequencies can be better for deeper engraving
Package
Our machine packaging features four layers of protection: waterproof and impact-resistant wrapping film, foam inside the wooden box, wooden nails on the outside, and packing tape to prevent transportation accidents.
Company information
Packing
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