The 3 Axis Large Format Laser Marking Machine is designed for manufacturers that need to mark large workpieces, multiple parts in one setup, or components with different marking heights.
The standard HT-F100 configuration uses a 100W fiber laser and supports large-area marking, surface engraving, deep engraving, and variable identification. UV, MOPA fiber, and higher-power fiber laser configurations are available for different materials and marking requirements.
Technical Parameters
|
Parameter |
Specification |
|
Product name |
3-Axis Large Format Laser Marking Machine |
|
Model |
HT-F100 |
|
Standard laser type |
Fiber laser |
|
Standard laser power |
100 W |
|
Optional laser configurations |
5/10/15 W UV; 20–500 W fiber; MOPA fiber options |
|
Standard laser wavelength |
1064 nm |
|
Frequency range |
1–4000 kHz |
|
Beam quality (M²) |
<1.6 |
|
Maximum marking speed |
≤7000 mm/s |
|
Minimum line width |
0.01 mm |
|
Minimum character height |
0.15 mm |
|
Standard XYZ axis travel |
600 × 400 × 300 mm |
|
XYZ-axis repeatability |
±0.03 mm |
|
Configurable worktable size |
600 × 600 to 1300 × 900 mm |
|
Single galvo marking field |
50 × 50 to 200 × 200 mm |
|
Operating system |
Windows 7 / Windows 10 |
|
Standard power supply |
110–220 V, 50/60 Hz, single-phase |
|
Rated system power |
800 W for the standard configuration |
|
Positioning method |
Manual fixture positioning; optional CCD vision positioning |
|
Primary processes |
Large-area marking, surface engraving, deep engraving, and variable identification |
|
Warranty |
2 Years |
|
Available customization |
Laser source, laser power, fixtures, CCD positioning, safety protection, and electrical configuration |
Product Advantages
Large-Format & Batch Processing: Worktable up to 1300 × 900 mm for oversized parts or multi-part batch setups in one loading.
3-Axis XYZ Motion: 600 × 400 × 300 mm XYZ travel with ±0.03 mm repeatability for multi-height and multi-position marking.
High Speed & Precision: Marking speeds up to 7,000 mm/s, minimum line width of 0.01 mm, and minimum character height of 0.15 mm.
Modular Configuration: Choice of UV, Fiber, or MOPA lasers (20–500W), optional CCD vision positioning, and custom fixtures.
Marking Capabilities
The machine supports permanent marking and engraving on a range of metal materials for product identification, traceability, and component marking.
Compatible Materials
|
Material |
Recommended Configuration |
Typical Requirements |
|
Stainless Steel |
Fiber / MOPA Fiber |
Identification, logos, codes, engraving |
|
Carbon Steel |
Fiber |
Identification and engraving |
|
Aluminum |
Fiber / MOPA Fiber |
Identification, logos and codes |
|
Copper |
Fiber |
Identification and surface marking |
|
Brass |
Fiber |
Product identification and marking |
|
Other Metal Alloys |
Based on material characteristics |
Sample testing recommended |
Marking Types
Text & Serial Numbers - Fixed or variable identification for parts and production batches
Logos & Graphics - Permanent logos, symbols, and vector graphics
QR Codes & Barcodes - Machine-readable codes for product identification and traceability
DataMatrix Codes - Compact 2D codes for component-level tracking
Surface Engraving - Permanent material removal for visible identification
Deep Engraving - Higher-power fiber configurations for applications requiring greater marking depth
Configuration Options
The machine can be tailored to meet your specific workpiece dimensions and production requirements:
Laser Source:
UV Laser (5–15W): For heat-sensitive plastics and glass.
Fiber Laser (20–500W): Standard and high-power metal/plastic marking.
MOPA Fiber Laser: Pulse-controlled marking for anodized aluminum and stainless steel.
Worktable: Customizable working areas to fit various part dimensions.
Positioning System: Manual mechanical fixtures or optional automatic CCD vision positioning.
Fixtures: Custom jigs, rotary axes, and workholding tailored to flat or 3D workpieces.
Safety Protection: Class 1 fully enclosed enclosure or Class 4 open structure with safety guards.
Electrical Compliance: Configured to meet destination market standards (CE, UL, etc.).
Why Choose Us
20+ Years of Experience - Established in 2004, specializing in laser equipment and automation systems.
Proven Industrial Applications - Equipment has been delivered to customers in 100+ countries and regions, with projects across automotive, new energy, electronics, photovoltaic, and other industries.
Application-Based Engineering - Laser source, power, marking field, fixtures, and positioning system are selected according to the actual material and workpiece requirements.
Automation Integration - Supports customized fixtures, CCD positioning, single-machine automation, and complete production-line integration.
Quality & Compliance - ISO 9001, CE, and FDA certifications are available for relevant products and operations.
2-Year Warranty - Technical support covers installation, commissioning, operation, and after-sales service.
FAQ
Q: Can the machine mark different areas of the same large workpiece?
A: Yes. The XYZ positioning system can move between programmed marking positions, allowing the machine to process multiple areas of a large workpiece without manually relocating the entire part.
Q: Can multiple parts be marked in one batch?
A: Yes. You can arrange multiple parts on the worktable when their dimensions and fixture arrangement fit within the available working area. This is useful for batch identification and serial marking.
Q: Can I change the marking content from part to part?
A: Yes. The system can be used for variable identification such as sequential serial numbers, product codes, and other changing data, subject to the selected software configuration.
Q: What information should I provide for a marking test?
A: Provide the material, workpiece dimensions, surface condition, marking artwork, required marking depth or contrast, and expected production quantity. A physical sample is preferred when the marking result is critical.
Q: Can the equipment be integrated into an existing production line?
A: Yes. The equipment can be configured with appropriate fixtures, CCD positioning systems, and automation interfaces for integration into custom production systems. Specific integration methods are determined based on the existing production line layout and control requirements.
Q: Can the same machine handle different marking jobs?
A: Yes. Different marking programs and process parameters can be configured for different parts. When materials or marking requirements differ significantly, the appropriate laser source and parameters should be verified through testing.
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