BDH-20W /30W
BodingHui
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Product: Handheld Portable High Speed Fiber Laser Marking Machine
Models: 20W, 30W, 50W
Overview:
Our Handheld Portable High Speed Fiber Laser Marking Machine is engineered for precision, durability, and ease of use. Designed for both stationary and on-the-go applications, it delivers permanent, high-quality marks on diverse materials such as aluminum, iron, stainless steel, other metals, and various non-metals. With multiple power options (20W, 30W, 50W), it adapts to different marking depth and speed requirements.
Key Features & Advantages:
Robust & Portable Design: Built with a sandblasted and oxidized full aluminum alloy structure, the machine is both lightweight and durable. The system is split into a compact main unit and a handheld marking head, allowing for easy maneuvering. An optional high-capacity built-in battery (12,000mAh) provides up to 12-16 hours of operation, enabling true cordless portability.
High-Performance Fiber Laser: Equipped with a high-stability fiber laser source (1064nm wavelength) boasting a service life exceeding 100,000 hours. It ensures consistent marking quality with high speed (up to 12,000 mm/s) and fine precision (min. line width 0.0012mm, repeatability ±0.003mm).
Intuitive User Operation: Features an 8-inch color touchscreen controller running a stable Linux operating system. The interface supports multiple languages (English, Chinese, Spanish, French, German, Russian, Arabic, etc.) and offers multi-user permission management for operational control.
Advanced Software & Compatibility: Supports various marking modes (Static, Simulation, Encoder) for integration into production lines (speed up to 130 m/min). The software includes practical features like data protection, miss-marking detection, and automatic removal of intersection points. It accepts multiple file formats (BMP, DXF, PLT, JPEG, HPGL) and supports standard fonts, barcodes (Code39, 128, QR, etc.), and sequential coding.
Versatile Application & Reliability: Offers a standard marking area of 110x110mm (customizable) with red light positioning for accuracy. Its air-cooling system requires no external water chiller. The machine is built for industrial environments, operating reliably in temperatures from 0°C to 45°C and humidity up to 95% non-condensing.
Technical Specifications Summary (Based on 20W/30W Models):
Laser Power: 20W / 30W / 50W
Marking Speed: ≤ 12,000 mm/s
Marking Area: 110 x 110 mm (Standard)
Cooling: Air Cooling
Controller: 8-inch Touchscreen
Power Supply: 220V/50Hz AC, Optional Battery
Weight (Main Unit + Handpiece): ~8.25kg (20W), ~10kg (30W)
Supported Formats: BMP, DXF, HPGL, JPEG, PLT
This laser marking machine is an ideal solution for industries requiring flexible, efficient, and permanent marking on products, tools, or components directly on the production floor or in the field.



| Project | Parameter Table | F-20W/30W |
|---|---|---|
| Overall Characteristics | Material of Complete Machine | Sandblasting Oxidation All Aluminum Structure |
| Laser | Fiber Laser Generator, service life >100,000 hours | |
| Laser Wavelength | 1064nm | |
| Actual Output Power | ≥20W/30W | |
| Marking Speed | ≤12000 mm/s | |
| Master Control | 8-inch Touch Controller | |
| Cooling System | Normal Temperature Air Cooling | |
| Marking Scope | 110*110mm | |
| Positioning Mode | Red Light Indication | |
| Number of Engraved Character Lines | Any number within the marking range | |
| Production Line Speed | 0 ~ 130 m/min (depending on material) | |
| Software Introduction | Multilingualism | English, French, Spanish, German, Chinese, Russian, Arabic, etc. |
| Operation Authority | Multi-User Management Authority | |
| Operating System | Linux System | |
| Inkjet Mode | Static, Analog, and Encoder (three printing modes) | |
| Reserved Signals | Start Printing, Printing Status, Printing Completion, Fault Alarm | |
| Data Protection | Power-off Data Protection Function | |
| Missing Print Monitoring | False triggering due to material reflection, overspeed alarm function | |
| Remove Intersections | Automatically removes intersection points to avoid overlapping | |
| Coding Software | Capable of single and dual code sending | |
| Supporting Content | Fonts | Chinese, English, Numeric, Traditional, and other standard fonts |
| File Formats | BMP, DXF, HPGL, JPEG, PLT | |
| Barcode | Code39, Code128, Code126, QR, Zhizhi code (optional) | |
| Parameters | Power Supply | Standard: External Power Supply 220V / 50Hz |
| Power Consumption | 200W/260W | |
| Net Machine Weight | Handheld case: 7kg, Handpiece: 1.25Kg, Total carton weight: Provided below | |
| Overall Dimensions | Case: 270*155*245mm, Hand-held head: 240*100*230mm, Packing case: 470*410*360mm Gross weight: 11kg | |
| Battery Endurance | Optional: Built-in Battery 12000mAh, normal use time 12-16 hours | |
| Environment | Requirement | Ambient Temperature: 0°C - 45°C; Humidity ≤95% (Non-condensing); No Vibration |
The Handheld Portable High-Speed Fiber Laser Marking Machine redefines flexibility in industrial identification. Its unique combination of portability, robust power (20W/30W/50W), and high-speed precision enables a wide range of applications across industries where traditional stationary laser markers or manual methods fall short.
1. Production Line Integration & Flexible Manufacturing:
* Dynamic Part Marking: Integrated via its encoder mode, it can mark parts moving on a conveyor belt at speeds up to 130 m/min. The "handheld" capability allows operators to easily mark odd-shaped, large, or awkwardly positioned items on a mixed-product assembly line without complex fixturing.
* Just-In-Time (JIT) Marking: Perfect for custom or low-volume batches. Operators can instantly program and mark different codes, texts, or graphics via the touchscreen, supporting agile manufacturing and mass customization.
2. Quality Control & Full Traceability:
* Direct Part Marking (DPM): Creates permanent, scannable Data Matrix or QR codes directly onto metal components (aluminum, steel, iron). These codes withstand heat, cleaning, and wear, enabling reliable tracking through manufacturing, logistics, and in-service for industries like aerospace, automotive, and medical device manufacturing.
* In-Process Verification: Marking inspection status ("OK", "Reject"), operator IDs, or measurement data directly on the workpiece at the quality checkpoint, creating an inseparable quality record.
3. Asset Management & Maintenance:
* Permanent Asset Identification: Marks durable asset tags, serial numbers, and barcodes onto tools, equipment, metal frames, server racks, and infrastructure components. The marks are resistant to fading, solvents, and abrasion, ensuring long-term readability for inventory audits.
* Preventive Maintenance Marking: In facilities like power plants, refineries, or on ships, technicians can mark maintenance dates, pressure ratings, or last service info directly onto valves, pipes, and critical system components during routine checks.
4. Field Service, Construction & Aftermarket:
* On-Site Commissioning & Installation: Enables technicians to mark final installation dates, circuit IDs, or set-up parameters directly on installed equipment (e.g., control panels, machinery bases) at the customer's site.
* Construction Site Marking: For structural steel, pre-fabricated elements, or large-diameter pipes, workers can mark section numbers, lift points, or alignment marks directly where needed, improving assembly accuracy and safety.
* Warranty & Anti-Counterfeiting: Applying secure, tamper-proof marks, unique serial numbers, or authentication logos in distribution centers or retail backrooms to combat counterfeiting and manage warranty claims.
5. Customization & Artisan Applications:
* Personalized Metal Goods: Adding names, dates, or custom designs to gifts like stainless steel pens, aluminum flasks, titanium jewelry, or awards.
* Small Business & Workshop Use: Ideal for makers, metal workshops, or signage shops needing a versatile tool to mark logos, serials, or decorative patterns on a wide variety of materials without investing in a large, fixed machine.
Core Advantage Across All Scenarios:
The device eliminates the constraint of bringing the part to the machine. Instead, it brings industrial-grade, permanent laser marking capability directly to the part, anywhere it's located. The optional battery pack makes it truly cordless, unlocking potential in remote or power-limited environments. This empowers businesses with unprecedented efficiency, accuracy, and agility in their marking and identification processes.
1. What materials can this handheld laser marker engrave?
This fiber laser marker is primarily designed for marking metals, including aluminum, iron, stainless steel, and various alloys. It can also mark many non-metal materials such as certain plastics, coated surfaces, and anodized layers. For specific materials (e.g., painted surfaces, glass, certain plastics), a material test is recommended to confirm compatibility and optimal settings.
2. How does the portability work? Is it truly wireless?
The system consists of a main control unit and a separate handheld marking head. In its standard configuration, the main unit requires a 220V power connection. However, for true cordless operation, you can order the optional built-in high-capacity battery pack (12,000mAh). With this battery, the entire system operates without a power cord, providing 12-16 hours of normal use, making it ideal for on-site and remote locations.
3. What is the difference between the 20W, 30W, and 50W models?
The main difference is the laser output power, which affects marking speed, depth, and the range of suitable materials.
20W: Ideal for high-speed surface marking, fine engraving, and most common metals and plastics. Best for applications where minimal heat input or very fine detail is critical.
30W: A versatile balance of speed and depth. It marks faster than the 20W on similar settings and can handle deeper engraving or more resistant materials (like hardened steel) more effectively.
50W: The most powerful option, offering the fastest marking speeds and the ability to achieve deeper engraving or annealed (contrast) marks on tough metals. It is best for high-volume industrial applications or materials requiring more laser energy.
We recommend choosing the power based on your primary material and desired mark quality.
4. Can it be integrated into an automated production line?
Yes. The machine supports three marking modes: Static, Simulation (on-the-fly), and Encoder. The Encoder mode allows it to synchronize with a conveyor belt. It also provides standard reserved signal interfaces (Start, Status, Done, Fault) for easy connection to PLCs or factory automation systems, enabling fully automated triggering and marking.
5. What software and file formats are supported? Does it require a dedicated computer?
No dedicated external computer is needed. The machine has a built-in Linux-based industrial controller with an 8-inch touchscreen. You can design and edit text, logos, serial numbers, barcodes (1D/2D), and date codes directly on the device. It supports importing graphics via USB from standard file formats, including BMP, JPEG, DXF, PLT, and HPGL.
6. What safety features does it have? Is special training required?
The machine is a Class IV laser product and must be operated with appropriate safety measures. It features a red positioning light to preview the marking area. Safety glasses designed for 1064nm wavelength laser light are mandatory for all operators and bystanders. While the software is user-friendly, we strongly recommend basic operational and laser safety training for all users to ensure safe and effective use. The system also includes operational safeguards like over-speed alarms and fault warnings.