XT Laser H-Series Enclosed Fiber Laser Marker | 10,000mm/s High-Speed Marking Machine
- Ultra-fast marking speed up to 10,000mm/s for high-volume industrial production
- Fully enclosed metal cabinet design for enhanced laser safety and dust protection
- 8μrad ultra-high precision ensures sharp text, QR codes, and fine-detail marking
- Industrial-grade Raycus laser source and JCZ galvanometer for stable long-term performance
- Smart JCZ LiteMark axis control system with multi-format support and 500mm adjustable column
- Power:
- 20W
Ships from U.S. warehouse (1–2 business days)
Factory-tested (QA + run-in)
2-year warranty (RMA support)
Complimentary shipping & returns
Pairs well with
Industries Served
Ideal for high-precision laser marking across medical, electronics, automotive, R&D, and industrial applications. Produces permanent, crisp, and stable marks for reliable traceability—meeting stringent multi-industry requirements.
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Ideal for high-precision laser marking across medical, electronics, automotive, R&D, and industrial applications. Produces permanent, crisp, and stable marks for reliable traceability—meeting stringent multi-industry requirements.
Works on a Wide Range of Materials · High-Precision Results
Fully sealed enclosure: blocks dust ingress, oil mist, and moisture to protect the optical path for long-term stable operation in harsh industrial settings.
Fiber-laser marking enables high-speed processing for a major productivity lift. High positional accuracy and fine resolution create clean lines, sharp edges, and stable, repeatable print-quality detail.
Highly integrated, all-in-one architecture in a compact, robust housing. Fast power-up and reliable continuous-duty operation help improve uptime and throughput.
Designed for long service life—up to 100,000 hours—supporting 5–10 years of operation under typical use. With substantially lower energy consumption than traditional processing equipment, it’s an ideal solution for energy-efficient, low-carbon manufacturing.
⚡ Speed & Energy Efficiency (Speed & Energy Efficiency Comparison)
| Laser Power | Max Marking Speed | Energy Use per Hour | Efficiency Notes |
|---|---|---|---|
| 20W | ≤10,000 mm/s | 0.68 kWh | Fine, shallow engraving; lowest energy use |
| 30W | ≤10,000 mm/s | 0.73 kWh | Balanced detail + efficiency |
| 50W | ≤10,000 mm/s | 0.87 kWh | Best choice for industrial efficiency |
| 100W | ≤10,000 mm/s | 0.98 kWh | Deep engraving / high contrast / high takt time |
🎯 Application Scenarios × Recommended Power
| Application | Recommended Power | Typical Results | Notes |
|---|---|---|---|
| QR Code | 20W – 30W | Crisp readability, clean edges | Ideal for stainless steel, aluminum, coated plastics, and other fine identification |
| Barcode / Serial Number | 30W | Stable contrast | High consistency for continuous line production |
| Logo / Text | 30W – 50W | Sharp character edges; controllable depth | Most versatile—balances precision and throughput |
| Shallow Engraving (≤0.2mm) | 50W | Uniform finish | Often completes in one pass, reducing repeat passes |
| Deep Engraving (0.3–0.5mm) | 100W | Noticeable depth; strong contrast | For high-demand applications such as molds and tool steel |
| High-Volume Production Line | 50W – 100W | High takt time, high consistency | Effectively shortens cycle time per part |
| Highly Reflective Materials (Copper/Plated) | 50W – 100W | Stable results | Higher power helps increase energy density |
- Higher power delivers greater energy density per unit time, which can reduce repeat passes and improve takt time.
- With the same optical path and galvo system, power mainly affects engraving depth and efficiency—not the maximum marking speed.
| Optics & Controller | Standard | Optional |
|---|---|---|
| Laser Source | Raycus | JPT/IPG |
| Galvo Scanner | SINO-GALVO SG2206 | Century Sunny S-9210D |
| Control System | JCZ LMC Lite (With Axis) | JCZ Standard Controller Card |
| Supported File Formats | AI/PLT/DXF/DST/SVG/NC/G/GBR | |
Raycus Laser Source Specifications
The Q-switched pulsed fiber laser series developed by Raycus is designed for industrial marking and micromachining. Featuring high peak power, high single-pulse energy, and selectable spot diameters, it is widely used for marking, precision processing, and graphic engraving on non-metals, high-reflective materials such as gold, silver, copper, and aluminum, as well as non-high-reflective materials like stainless steel. Compared with traditional laser sources, it offers lower process cost and more stable performance in marking applications.
SINO-GALVO Digital Fiber Galvo Scanner (SG2206)
Product Features
- ■ A differential photoelectric sensor accurately detects the motor rotor position, delivering excellent linearity, low drift, and high resolution & repeatability.
- ■ Precision load design for a 10mm mirror; high motor assembly accuracy, optimized structure, low static friction, and minimal zero offset for strong dynamic performance.
- ■ The driver includes position and speed feed-forward detection, significantly improving dynamic response and scan speed.
- ■ Overload, overcurrent, and reverse-polarity protection for more reliable operation.
- ■ EMC-optimized design with high SNR and strong anti-interference capability.
- ■ Addresses common issues such as temperature drift, signal interference, and zero drift in galvo motors.
SG2206 Performance Specifications
| Speed | |
|---|---|
| Marking speed(1) | 6000mm/s |
| Positioning speed(1) | 8000mm/s |
| Writing speed(2) | 426cps |
| Step response time (full scale 1%) | ＜400us |
| Step response time (full scale 10%) | ＜1000us |
| Tracking error | ≤164us |
| Accuracy & Error | |
|---|---|
| Linearity | 99.9% |
| Repeatability | ＜8μRad |
| Gain error | ＜5mRad |
| Zero offset (batch origin error) | ＜5mRad |
| Long-term drift (continuous operation 8 hours) | ＜0.5mRad |
| Scale drift | ＜40PPM/℃ |
| Zero drift | ＜15μRad/℃ |
| Mirror Damage Threshold | |
|---|---|
| K9 substrate | 9.1J/cm² |
| Si substrate | 10J/cm² |
| Mirror coating wavelength(3) | 1064nm |
| Power & Signal | |
|---|---|
| Input voltage | ±15VDC |
| Rated current | 2A |
| Interface protocol | XY2-100 |
| Scan angle | ±11° |
| Current, Temperature & Dimensions | |
|---|---|
| Operating temperature | 0℃~45℃ |
| Storage temperature | -10℃~60℃ |
| Laser input aperture | 10mm |
| Galvo dimensions (L×W×H) | 118.5×96.5×94.1mm |
| Galvo weight | ≈1.65Kg |
Notes: The above parameters are measured after the unit warms up for 30min.
(1) Using an F-Theta lens, focal length 160mm, marking 2mm-high single-line characters;
(2) Using an F-Theta lens, focal length 160mm, number of 1mm-high single-line characters marked per second;
(3) Custom coatings for special wavelengths are available.
JCZ LMC Lite (With Axis) + EZCAD2 Software
Key Specifications
| Feature | Specification |
|---|---|
| Connection | PCIE slot |
| Inputs | 6 channels |
| Outputs | 2-channel TTL |
| Operating system | XP/WIN7/WIN8/WIN10, 32/64-bit |
| Adjustable pulse width (M\OPA) laser | Supported |
| Built-in encryption chip | No external dongle required |
| ReMark signal | Repeat marking from buffered content |
| Applicable materials | Metals, black photosensitive materials |
| Applicable laser | Fiber laser |
| Watchdog function | Helps prevent abnormal long emission |
| Galvo control signal | Digital signal; directly compatible with widely used international digital galvos |
Typical Applications
Suitable for bracelet processing, flying marking, large-format garment engraving, multi-head processing, die-cut processing, tube processing, and more.
Software & Hardware - EZCAD2 Laser Marking Control System
| Item | Support |
|---|---|
| Software | EZCAD2 |
| Hardware | LMC series control card |
| Connection | USB/PCIE |
| Axis control | 2-axis |
| TCP/IP variable text transfer | Supported |
| REMARK | Supported |
| High-precision galvo calibration | Supported |
| Multi-document processing | Supported |
| Multi-head | Supports 8 heads |
| Flying marking | Supported |
| Camera vision | Supported |
| Secondary development | Supported |
| Dynamic focus | Not supported |
| 2.5D | Not supported |
| 3D | Not supported |
| Constant-speed marking | Not supported |
| Fast QR code | Not supported |
| Linear change of power/speed/frequency | Not supported |
| Enable arc processing | Not supported |
| Fill optimization | Not supported |
| Galvo status feedback | Not supported |
| Long-emission prevention | Not supported |
| Dual-galvo control | Not supported |
| Online firmware upgrade | Not supported |
| Galvo protocol | XY2-100 |
| Laser types | Fiber, CO2, YAG, SPI |
*Notes: ① FBLI-B-V4 and SZLI-B-V4 use EZCAD2
② Some functions are optional
Software Main Specifications
| Item | Description |
|---|---|
| Software core | 32-bit |
| Laser support | Supports CO2, YAG, FIBER, SPI, etc. Based on the laser parameters, the software can adjust current, pulse frequency, duty cycle, and more. |
| Red-light preview | Supported; red light is used as an aiming/indicator beam |
| Password control | Supported; helps prevent unauthorized parameter changes |
| IO control | Adds port control functions to enable easy automation. |
| Galvo calibration | Traditional trapezoid correction, barrel (pillow) correction, and parallelogram correction. Dedicated calibration software delivers highly accurate results. |
| Fill | Ring fill, arbitrary-angle fill, cross-hatch fill; margins, borders, and spacing adjustable. Supports 3 fill layers, each configurable independently. |
| Editing | Curve text, graphic drawing/editing, explode/combine, group/ungroup, undo/redo, weld, trim, intersect, align, auto-connect curves, and more. |
| Text input | Supports TrueType fonts, single-line fonts (JSF), dot-matrix fonts (DMF), SHX, and user-defined font libraries. |
| 256-layer process parameters | Fully customizable for easy multi-parameter marking |
| Barcodes & QR codes | Code39, EAN, PDF417, DATAMATRIX, QR, DATAMATRIX-GS1, etc. |
| Vector files | PLT, DXF, AI, DST, SVG, GBR, NC, JPC, BOT |
| Bitmap files | BMP, JPG, JPEG, GIF, TGA, PNG, TIF, TIFF |
| Variable text | Fixed text, date, time, keyboard input, serial increment, list files, dynamic files, supports EXCEL sheets, TXT files, serial communication, and network communication. |
| Multi-language support | Built-in Chinese, English, Korean, Japanese, French, and German. You can translate via language packs for easy localization. |
| Optional functions | Dual-axis stitching, flying marking, software secondary development |
| Laser processing plugins | Rotary angle marking, rotary angle marking 2, multi-document marking, super ruler, jewelry marking, rotary axis marking, rotary text marking, split marking 2, globe marking, multi-station processing module, ring text marking, projection marking |
JCZ-EZCAD2 Software
A proven, industry-standard suite for industrial fiber laser marking—fast to learn, feature-rich, and production-ready.
- File Compatibility: Supports vector and raster formats (PLT / DXF / AI / BMP / JPG, etc.)
- Auto Generation: One-click creation for codes, serial numbers, date/lot codes, QR codes, and barcodes
- Fine Parameter Control: Precision tuning for speed, power, frequency, focus, and more
- WYSIWYG Preview: Real-time marking preview for more intuitive setup and optimization
Safety Features
Immediate machine shutdown
Automatic beam interruption
Prevents operation when open
Eye protection from stray radiation
Complete laser containment
Removes smoke and particles
Stops operation when access is open
Meets European safety standards
High-Stability Industrial Fiber Laser Source
Built for high-repeatability marking and long-duration continuous production. Based on a proven fiber-laser architecture, it delivers stable output and long service life—ideal for permanent identification on metals and challenging materials.
- Stable Output, Long-Term Reliability Minimal power fluctuation helps maintain consistent mark depth and clarity during extended runs—ideal for continuous production and high-volume marking.
- High Beam Quality for Fine Marking Excellent beam mode (low M²) enables high-contrast, high-resolution marking for micro text, QR codes, and precision graphics.
- Ultra-Long Service Life, Low Maintenance Long-life core components and a consumable-free design significantly reduce downtime and maintenance cost—built for long-term industrial ROI.
- High Electro-Optical Efficiency Lower power consumption and reduced heat generation help cut electricity and cooling loads while maintaining output performance.
Industrial Fiber Laser Source vs. Standard Laser Source
A clearer comparison of stability, precision, and total cost over time (swipe left/right on mobile).
| Item | Industrial Fiber Laser Source | Standard Laser Source |
|---|---|---|
| Stability | ★★★★★ | ★★☆☆☆ |
| Marking Precision | ★★★★★ | ★★☆☆☆ |
| Batch Consistency | ★★★★★ | ★★☆☆☆ |
| Service Life | ★★★★★ | ★★☆☆☆ |
| Maintenance Cost | ★★★★★ Low | ★★☆☆☆ High |
| Industrial Readiness | ★★★★★ | ★★☆☆☆ |
In the Box
Product Specifications
| Item | H Model | C Model |
|---|---|---|
| Type | 2D | 2D |
| Category | Fiber | Fiber |
| Marking Area | 70-200mm | 70-200mm |
| Machine Dimensions | 750×500×885mm / 29.53×19.69×34.84in |
750×500×750mm / 29.53×19.69×29.53in |
| Machine Weight | 105KG | 100KG |
| Marking Speed | ≤10000mm/s | ≤4000mm/s |
| Total Power/Current (with 100W laser) | 980W/4.45A | 880W/4A |
| Total Power/Current (with 50W laser) | 870W/3.95A | 770W/3.5A |
| Total Power/Current (with 30W laser) | 730W/3.32A | 630W/2.86A |
| Total Power/Current (with 20W laser) | 680W/3.09A | 580W/2.64A |
| Resolution | 12μRad | 15μRad |
| Repeat Accuracy | 8μRad | 8μRad |
| Input Aperture | 10mm | 10mm |
| Cabinet Structure | Sheet metal welding | Sheet metal welding |
| Column 500mm | ● | × |
| Column 400mm | × | ● |
| Optical Path | Plastic molded optical path | Plastic molded optical path |
| Limit Strip | ● | ● |
| Worktable Surface (2-axis table) | ○ | ○ |
| Worktable Surface (Aluminum plate) | ● | ● |
| Switching Power Supply | Hengfu | Xintian |
| Circuit Breaker | CHINT | CHINT |
| Portable Computer | Xintian H Model | Xintian C Model |
| Filter | ● | ● |
| Intermediate Relay | ● | × |
| Stepper Motor Controller | ● | × |
| Lighting | ● | ● |
| Stepper Motor Driver | ● | ● |
| Limit Switch | ● | ● |
| Foot Pedal | ● | ● |
| Terminal | ● | ● |
| Laser |
●Raycus
○JPT/IPG
|
●Raycus
○JPT/IPG
|
| Galvo |
●Jinhaichuang (SG2206)
○Century Sunny (S-9210D)
|
●Shengketai
○Jinhaichuang (RC7110A)
|
| Field Lens | Wavelength (70-200 area) / Non-wavelength for other areas |
Non-wavelength |
| Beam Combiner | Wavelength | Non-wavelength |
| Red Light | ● | ● |
| Control System |
●JCZ Lite Card (with axis)
○JCZ Standard Controller Card
|
●JCZ Lite Card (no axis)
○JCZ Lite Card (with axis)
○JCZ Standard Controller Card
|
| Supported File Formats | .AI, .PLT, .DXF, .DST, .SVG, .NC, .G, .GBR |
.AI, .PLT, .DXF, .DST, .SVG, .NC, .G, .GBR |
| Air Cooling System | ● | ● |
| Laser Abnormal Alarm | ● | ● |
| Laser Safety Label | ● | ● |
| Laser Safety Goggles | ● | ● |
| External Red Light | ● | ○ |
| Customer Wrench | ● | ○ |
| Dimming Film | ● | ○ |
| Ruler | ● | ○ |
| Rotary Axis | ○ | ○ |
| Transformer | ○ | ○ |
| Exhaust System | ○ | ○ |
FAQs
Please read our FAQs page to find out more.
What is a Sealed Fiber Laser Marking System?
A sealed fiber laser marking system is an industrial-grade laser engraving device featuring a fully enclosed design with a fiber laser source. It delivers high-precision permanent marking on metals, alloys, and select plastics. The sealed enclosure provides superior dust and moisture protection, extending equipment lifespan and ensuring consistent marking quality in demanding production environments.
What Materials Can Fiber Laser Marking Systems Mark?
Fiber laser systems excel on ferrous and non-ferrous metals including stainless steel, aluminum alloys, copper, titanium, and carbon steel. They also mark select engineering plastics such as ABS, polycarbonate, and PVC. Capable of producing text, graphics, QR codes, barcodes, and complex designs with exceptional clarity and permanence.
What Are the Key Advantages of Fiber Laser Marking?
Fiber laser marking delivers permanent, wear-resistant marks without consumables, making it environmentally friendly and cost-effective. Precision reaches 0.01mm with high-speed processing for maximum throughput. Non-contact marking prevents workpiece damage, while automation-ready design integrates seamlessly into production lines for superior efficiency and ROI.
What is the Expected Service Life of the Equipment?
Fiber laser sources deliver 100,000+ operating hours with system design life of 8-10 years. Maintenance-free operation requires only routine cleaning and proper ventilation. This extended lifespan combined with minimal maintenance delivers exceptional total cost of ownership for industrial marking applications.
What Marking Field Sizes Are Available?
We offer standard marking field sizes from 70mm×70mm to 200mm×200mm, with custom configurations available to match your specific production requirements. Larger working areas can be accommodated through system configuration to optimize your marking workflow.
What Are the Core Differences Between H-Series and C-Series Models?
Key specifications differ as follows (actual parameters):
Marking Speed: H-Series ≤10,000mm/s; C-Series ≤4,000mm/s
Resolution: H-Series 12μRad; C-Series 15μRad (Repeatability: 8μRad for both)
System Footprint: H-Series 750×500×885mm; C-Series 750×500×750mm
Vertical Axis Configuration: H-Series standard 500mm (●); C-Series standard 400mm (●)
Electrical Components: H-Series includes relay modules and stepper motor controllers (●); C-Series does not require these (×)
What Safety Features Are Included?
Both models include standard safety features:
Laser source fault detection and alarm system (●)
Laser safety warning labels and signage (●)
Protective laser safety eyewear (●)
Why Do Some Electrical Components Show as Not Included on C-Series?
Component configuration reflects actual system requirements: C-Series does not require relay modules or stepper motor controllers (×), while all other components including filters, illumination, drivers, limit switches, foot pedals, and terminal blocks are standard (●).
What Control System Options Are Available?
H-Series Control: ● Compact controller with axis support; ○ Standard full-featured controller
C-Series Control: ● Compact controller without axis support; ○ Compact controller with axis support; ○ Standard full-featured controller
Axis support capability determines compatibility with external motion axes and accessories based on your selected control card configuration.
How Do I Get a Quote and Technical Solution?
Contact our team using the "Request Consultation" button on this page, or email support@xtlaser.com. Our technical specialists will provide a comprehensive solution proposal and detailed pricing within 24 hours.
What After-Sales Support Is Provided?
We provide 1-year system warranty (2-year laser source warranty), lifetime technical support, complimentary software updates, remote assistance, and optional on-site maintenance services.
What Operating Environment Is Required?
Recommended operating conditions: 5-35°C ambient temperature, ≤85% relative humidity (non-condensing), stable 220V power supply, and adequate ventilation. Avoid strong magnetic fields, vibration, and corrosive atmospheres to ensure optimal performance.
What Laser Power Options Are Available?
Standard configurations include 20W, 30W, 50W, and 60W laser sources. Higher power delivers faster marking speeds and broader material compatibility. Our specialists will recommend the optimal power rating based on your specific application requirements.
Is the System Difficult to Operate? Do I Need Professional Training?
The system features intuitive bilingual (English/Chinese) interface with graphical design tools for easy operation. We provide complimentary operator training and technical support—most users master basic operation within 1-2 days.