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The FL-MC CO2 Laser Marking Machine delivers permanent, high-speed marking for wood, acrylic, leather, glass, paper, fabric and coated non-metal materials, with 35W, 60W and 100W configurations.
1 / 6 An applications engineer will reply with a real configuration and price range within one business day.
Tell us your material, thickness & throughput — an applications engineer replies with a real configuration and price range within one business day.
High Precision Marking
The CO2 Laser Marking Machine is designed for high-speed and permanent marking on non-metal materials such as wood, acrylic, leather, glass, paper, fabric, and coated products. With a 10.6μm wavelength laser source, it provides clear and durable marking results with high efficiency. The machine features stable performance, flexible configuration options, and is widely used in packaging, advertising, crafts, electronics, and industrial identification applications.
The CO2 laser marking machine uses a high-performance laser system to achieve fast and precise marking on various non-metal materials, improving production efficiency for industrial applications.
Maximum marking speed ：Up to 7000 mm/s
Designed for non-metal applications, the machine provides clean and permanent marking on wood, leather, acrylic, glass, paper, and coated materials.
10.6 μm wavelength suitable for organic materials
Equipped with a galvanometer scanning system and F-theta lens to ensure accurate positioning and consistent marking quality.
High precision galvanometer system
Supports optional rotary devices and conveyor systems for different production requirements and automated marking processes.
Rotary marking / conveyor marking options available
| Material / Workpiece | Workpiece Size | Recommended Configuration | Process Note |
|---|---|---|---|
| Wood products | Different sizes according to workpiece requirements | 35W/60W CO2 laser marking machine | Suitable for engraving logos, patterns, text and decorative designs with clear contrast |
| Acrylic sheets | Flat acrylic products within the selected marking field | 35W CO2 laser marking machine | Provides smooth marking effect and is widely used for advertising boards and signs |
| Leather products | Different sizes leather materials | 35W CO2 laser marking machine | Suitable for wallets, bags, belts and customized leather products |
| Glass and coated materials | Different sizes according to production requirements | 60W CO2 laser marking machine | Suitable for surface marking, logo marking and product identification |
| Industry | Typical Workpiece | Customer Pain Point | How This Machine Helps |
|---|---|---|---|
| Packaging Industry | Paper boxes, cartons, labels | Need permanent product identification and batch marking | Provides high-speed and clear marking without consumables |
| Advertising Industry | Acrylic boards, wooden signs, display products | Require detailed patterns and customized designs | Enables fine engraving and flexible graphic processing |
| Crafts Industry | Wooden crafts, leather products, gifts | Need personalized and high-quality decoration | Delivers precise and permanent customized marking |
| Food & Beverage Industry | Packaging materials, bottles, containers | Need traceability codes and product information | Supports barcode, QR code and production information marking |
| Model | FL-MC |
|---|---|
| Machine Dimensions | 600×400×760mm |
| Net Weight | 40 KG |
| Warranty | 1 Year |
| Laser Power | 35 W /60 W /100 W |
|---|---|
| Marking Area | 70×70mm- 300×300mm |
| Wavelength | 10.6 μm |
| Maximum Marking Speed | Up to 7000 mm/s |
| Voltage / Frequency | AC 110 V / 220 V ±10%, 50/60Hz |
|---|---|
| Rated Power Consumption | ≤1000W (Depending on laser power configuration) |
| Operating Environment | Temperature: 5–40 °C; relative humidity: ≤80%, non-condensing. Operate in a clean, dry and well-ventilated environment away from excessive dust, corrosive gases and strong vibration. |
| Safety Requirement | Operate the machine in a controlled laser-processing area with restricted access. Operators must be trained and use wavelength-rated laser protective eyewear and suitable protective equipment. An appropriate fume-extraction system is required for materials that generate smoke, particles or hazardous emissions. Keep combustible materials away from the processing area, ensure proper electrical grounding, and comply with the machine manual and applicable local laser, fire, electrical and occupational-safety regulations. |
Tell us your material, workpiece size, marking content and production target.
DW Laser. Generates 10.6μm infrared laser beam for material engraving and marking
Determines marking quality, stability and service life
Sino-Galvo. Controls laser beam movement with high-speed scanning
Improves marking speed and positioning accuracy
F-theta scanning lens. Focuses laser beam within marking area and maintains consistent spot quality
Ensures uniform marking depth and precision across the working field
BJJCZ. Controls laser output, graphics processing and marking parameters
Provides convenient operation and flexible production adjustment
Integrated working platform. Provides stable support for products during marking
Improves operation efficiency and positioning accuracy
| Option | Standard / Optional | Recommended For | Effect on Price / Lead Time |
|---|---|---|---|
| CCD Vision System | Optional | Coated components, printed products, labels and non-metal workpieces requiring visual positioning. | Increases equipment cost and may slightly extend lead time. |
| Rotary Fixture | Optional | Bottles, cups, tubes and cylindrical non-metal or coated products. | Slight increase in price with minimal impact on delivery time. |
| Conveyor System | Optional | High-volume automated production lines | Custom design may increase both price and manufacturing time. |
| Enclosed Workstation | Optional | Safety-sensitive environments | Increased shipping size and cost |
| Stage | Customer Provides | FerroLaser Delivers | Estimated Time |
|---|---|---|---|
| Requirement Review | Material type, workpiece size, marking content, production capacity, destination country and voltage requirements | Suitable machine configuration recommendation and quotation | 1 working day |
| Configuration & Testing | Samples, drawings, marking requirements and acceptance standards | Parameter adjustment, marking test videos, sample results or test reports | 3 working days |
| Packaging & Shipping | Shipping address, trade terms and required documents | Export packaging, machine inspection, shipping documents and logistics arrangement | 7 working days |
| Installation & Support | Installation environment and operator information | Remote installation guidance, operation training and technical support |
| Item | Period |
|---|---|
| Whole Machine | 1 Year |
| Laser Source | 2 Years |
| Control System | 1 Year |
| Lifetime Technical Support | Yes |
Case 1 · Overseas Market
Case 2 · Overseas Market
The CO2 laser marking machine is mainly designed for non-metal materials, including wood, leather, acrylic, paper, cardboard, fabric, glass, rubber, and coated materials. With a 10.6μm wavelength laser source, it provides excellent absorption performance on organic materials, enabling clear and permanent marking, engraving, and surface processing for various industrial and customized applications.
RF CO2 laser sources and glass tube CO2 laser sources have different performance characteristics. RF laser sources provide faster response speed, higher frequency stability, better beam quality, and longer service life, making them suitable for precision marking and high-speed production. Glass tube laser sources offer a more cost-effective solution for general engraving and marking applications.
Yes. The CO2 laser marking machine can be integrated with conveyor systems and automation equipment for continuous production. It is suitable for applications such as packaging marking, product identification, and batch coding. Customized fixtures, sensors, and automation solutions can be provided according to specific production requirements.
Yes. CO2 laser marking machines are widely used for glass and acrylic processing. The laser can create clear surface marks, logos, patterns, and text without physical contact. Different laser power options can be selected according to the material thickness, marking depth requirements, and production speed.
Yes. Appropriate fume extraction is required whenever the processed material generates smoke, particles, vapors or hazardous emissions. The extraction system should be selected according to the material, processing conditions and applicable local safety requirements.
The marking area should be selected according to the size of the workpiece and the marking content. Common marking areas include 70×70mm, 110×110mm, and 300×300mm. A smaller marking field provides higher energy density and finer details, while a larger marking field is suitable for larger products and wider marking applications.
CO2 laser marking machines are widely used in packaging, advertising, crafts, leather products, food and beverage packaging, electronic components, and customized products. They are suitable for marking logos, QR codes, serial numbers, patterns, and decorative designs on various non-metal materials.
Regular maintenance mainly includes cleaning the optical components, checking the laser path, maintaining the exhaust system, and keeping the working area clean. Proper maintenance helps ensure stable marking performance, extends machine service life, and reduces downtime during production.
The selection should be based on material type, workpiece size, marking content, required marking speed, production volume, and precision requirements. Customers should provide material samples and application details so engineers can recommend the most suitable laser power, marking area, and configuration.
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