3D laser marking machine ST-FL30/50/60/100-3D

fiber lasermetalfor stainless steel

Product Overview
The 3D Cabinet-Style Fiber Laser Marking Machine is a high-precision, high-efficiency industrial 3D marking system. Designed primarily for dynamic marking on 3D curved surfaces, it overcomes the inherent limitations of traditional 2D planar marking. The system ensures consistent, in-focus marking across the entire surface, delivering high speeds, exceptional operational stability, and minimal operating costs. It is capable of performing fine engraving on miniature workpieces, deep engraving, relief carving, and gradient texturing. The resulting marks are delicate and uniform, enhancing both the tactile quality and the aesthetic appeal of the product. This machine serves as an essential core processing tool for modern precision manufacturing. Featuring an enclosed cabinet design, it offers superior safety, dust protection, and quiet operation, making it ideal for long-term, high-volume production in industrial workshops.

Key Specifications
Model: ST-FL30/50/60/100-3D
Laser Power: 30W/50W/60W/100W (Multiple power options available)
Processing Area: 110×110mm / 175×175mm / 300×300mm / 600×600mm / 800×800mm

Core Advantages
1. Dynamic 3-Axis Focusing for Superior Marking Performance
Equipped with advanced digital 3-axis dynamic focusing technology, the system provides rapid real-time zoom response and produces a uniform, fine focal spot. This significantly enhances marking precision and processing efficiency, making it well-suited for a wide range of high-precision applications.

2. Versatile 3D Engraving with Exceptional Detail
Featuring professional 3D precision marking software, the system supports various techniques—including relief carving, deep engraving, and gradient/grayscale engraving—to create distinct 3D depth and texture. It effectively meets diverse requirements for personalized, high-precision, intricate engraving.

3. Comprehensive 3D Marking for Complex Workpieces
Moving beyond the constraints of traditional 2D planar marking, this system enables omnidirectional marking on complex 3D geometries, such as inclined surfaces, cylinders, cones, and spheres. It provides an ideal solution for marking irregularly shaped workpieces, significantly broadening the scope of potential applications. 4. Extra-Large, Adjustable Marking Area with Constant Focus
Supports a wide processing range; the marking area can be flexibly adjusted based on workpiece dimensions and specific process requirements. The system maintains precise focus throughout the entire operation, eliminating issues such as loss of focus, blurring, or edge degradation, and ensuring high consistency across finished products.

5. Intelligent Infrared Autofocus for Efficient, User-Friendly Operation
Equipped with a built-in infrared autofocus system, the device eliminates the need for manual focal length measurement and calibration. This simplifies the workflow and lowers the operational threshold, allowing even beginners to get started quickly.

6. Superior File Compatibility and Exceptional Customization Capabilities
Supports the direct import of 3D models, as well as the rapid wrapping and projection of 2D graphics onto various standard curved surfaces. Flexible graphic editing tools enable the quick implementation of diverse, customized marking processes.

Wide Range of Applications
The equipment is designed for precision marking across various industries and materials. It is extensively used in sectors including 3C electronics, automotive manufacturing, electronic instruments, computer components, industrial bearings, watches and jewelry, telecommunications, home appliances, hardware tools, precision molds, wires and cables, food packaging, and medical equipment. It is ideal for a variety of marking requirements, such as product logos, serial numbers, technical specifications, texture engraving, and the etching of intricate patterns.

Quality Assurance and Certifications
The equipment is manufactured through a standardized, high-precision production process, with dedicated quality inspectors overseeing every stage. Professional engineers strictly control the quality of the final product to ensure an absence of defects. The system has earned multiple international certifications, including CE, FDA, and ISO9001, ensuring compliance and global usability. Before leaving the factory, every unit undergoes rigorous aging tests and a 24-hour continuous, full-load laser output test. This ensures exceptional stability for mass production, a low failure rate, and a long service life, making it well-suited for long-term, continuous industrial operations.