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The Superstar Mini Handheld Laser Marker solves a fundamental production bottleneck: bringing the marking tool to the workpiece, rather than the workpiece to the tool. In industries like automotive manufacturing, heavy machinery, and structural steel fabrication, the parts are often too large, too heavy, or already installed to move to a stationary laser station.
This machine eliminates that problem entirely. Weighing between 4.5 kg and 7.0 kg depending on the configuration, it is designed to be carried by a single operator and placed directly on top of the part to be marked. Despite its miniature size, it delivers the same pinpoint precision (0.01mm repeat accuracy) and high-speed performance (7,000 mm/s) expected from full-size industrial fiber laser systems.
Ultra-Light Portability: At just 4.5–7.0 kg, the machine can be carried by hand to any location in a factory, construction site, or outdoor field. The battery-powered version (333Wh / 15Ah) operates completely untethered, enabling true mobile marking without any power cables.
Zero Learning Curve: The operation process is simple and intuitive. Running on a built-in Linux operating system, ordinary staff can master the machine quickly without any professional laser training, dramatically reducing operational costs.
Pinpoint Precision: Features red-light positioning and a 0.01mm repeat positioning accuracy. The marked labels boast smooth and burr-free edges, meeting the strictest industrial traceability and identification standards.
High-Speed Continuous Operation: Achieves marking speeds up to 7,000 mm/s and supports non-stop continuous operation. This makes it highly adaptable to mass processing on assembly lines, improving overall production efficiency.
Feature | Specification |
Laser Source | Fiber Laser Generator (2nd Generation) |
Output Power | 20W / 30W / 50W |
Marking Range | 100×100mm, 150×150mm, 175×175mm |
Scanning System | Precision Dual-Axis Galvo Mirror |
Laser Wavelength | 1064 nm |
Marking Speed | ≤ 7,000 mm/s |
Line Width | 0.03 mm |
Repeat Positioning Accuracy | 0.01 mm |
Positioning Method | Red Light Positioning + Focusing |
Printing Speed | ~800 Characters (Material Dependent) |
Operating System | Linux |
Marking Type | Dot Matrix + Vector (Integrated) |
Supported Fonts | Simplified Chinese, Traditional Chinese, English, Numbers |
File Formats | BMP, DXF, HPGL, JPEG, PLT |
Barcode Types | CODE39, CODE128, CODE126, QR |
Power Supply | 110V / 220V AC; 333Wh 15Ah Battery |
Power Consumption | ≤ 250W |
Operating Temperature | 0°C – 40°C |
Total Weight | Plug-In: 4.5–6.0 kg; Battery: 5.5–7.0 kg |
2nd Generation Fiber Laser:
The second-generation fiber laser source delivers superior beam quality and longer service life (typically 100,000+ hours) compared to first-generation modules. This ensures consistently sharp, high-contrast marks across the full range of 20W to 50W output power.
Precision Dual-Axis Galvo Scanner:
The galvo mirror system steers the laser beam at speeds up to 7,000 mm/s with microscopic accuracy. This enables the machine to engrave complex QR codes, barcodes, serial numbers, and detailed logos in seconds.
Dual Power Architecture:
Available in a plug-in version (4.5–6.0 kg) for workshop use and a battery-powered version (5.5–7.0 kg, 333Wh/15Ah) for fully cordless field operation. This dual-power architecture makes it the most versatile marking tool in any factory's equipment lineup.
Machining & Heavy Industry: On-site marking of serial numbers, lot codes, and traceability data directly onto large machined parts, structural beams, and engine blocks.
Automotive Manufacturing: High-speed marking of VIN numbers, part codes, and QR codes on chassis, transmission housings, and body panels directly on the assembly line.
Signage & Nameplates: Engraving logos, text, and graphics onto metal nameplates, stainless steel signs, and aluminum tags.
Compatible Materials: Metals (steel, stainless steel, aluminum, brass, copper, titanium) and some non-metallic materials.
Standardized Mass Production: Relying on a standardized mass production mode, product quality is guaranteed to be stable and reliable from the source, while production costs are significantly reduced.
Performance-Cost Balance: The machine achieves an optimal balance between performance and cost-effectiveness, offering industrial-grade fiber laser marking at a fraction of the cost of Western-branded handheld systems.
Q: How long does the battery last on a single charge?
A: The battery version features a 333Wh / 15Ah power pack. At an average power consumption of ≤250W, a fully charged battery provides approximately 1–1.5 hours of continuous marking time, depending on the power setting (20W/30W/50W) and marking density.
Q: Can this machine engrave QR codes and barcodes?
A: Yes. The machine natively supports CODE39, CODE128, CODE126, and QR code formats. The 0.01mm repeat positioning accuracy ensures every code is scannable and meets industrial traceability standards.
Q: Do I need a computer to operate it?
A: No. The machine runs on an embedded Linux operating system with a built-in interface. You can load design files (BMP, DXF, JPEG, PLT, HPGL) directly into the machine and begin marking immediately without an external PC.
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