FL-MU | UV Laser Marking Machine
The FerroLaser FL-MU uses a 355 nm ultraviolet laser source for ultra-fine, high-contrast permanent marking with a minimal heat-affected zone. It is designed for plastics, glass, ceramics, silicon wafers, PCB assemblies, coated surfaces, and other heat-sensitive precision applications.
1 / 6 Rough guide only — the exact price depends on configuration, power, automation, optics and shipping destination. Talk to our sales team for an accurate FOB quote tailored to your job.
- CE-compliant & export-ready
- 1-year limited warranty (extendable on core parts)
- 30-day money-back guarantee
- Free lifetime technical support
- Worldwide shipping & logistics handled
Send Us a Message
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.
Overview
The UV Laser Marking Machine uses a 355nm ultraviolet laser source to achieve ultra-fine and high-contrast permanent marking with minimal heat affected zone. Compared with conventional fiber laser marking, UV laser technology is especially suitable for heat-sensitive materials such as plastics, glass, ceramics, silicon wafers and coated surfaces. It delivers clean edges, high precision and excellent repeatability, making it an ideal solution for electronics manufacturing, medical devices, cosmetic packaging, precision instruments and semiconductor industries.
View the FL-MU UV Laser Marking Machine Brochure (PDF)
Core Capabilities
Ultra-Fine Marking
The UV laser produces an extremely small beam diameter, allowing high-resolution logos, serial numbers, QR codes and micro text to be engraved with excellent edge quality and high consistency.
Evidence: 355nm wavelength, micron-level spot
Cold Laser Processing
UV laser energy is absorbed on the material surface with very limited heat diffusion, greatly reducing burning, melting and deformation of heat-sensitive materials.
Evidence: Low Heat Affected Zone
- Plastic
- Glass
- Ceramic
- Silicon Wafer
- PCB Board
- Coated Metal
- Metal
Multiple Material Compatibility
UV Laser Marker can process plastics, glass, ceramics, silicon wafers, PCB boards, coated metals and many engineering materials without changing the laser source.
Evidence: Wide application range
Applications
Materials and Workpieces
| Material / Workpiece | Thickness / Size | Recommended Configuration | Process Note |
|---|---|---|---|
| Glass (Bottle, Panel, Lens) | 0.5–20 mm | 3W UV Laser | High-contrast permanent marking without cracks or edge chipping. |
| Plastic (ABS, PC, PVC, PP, PE, Acrylic) | 0.2–10 mm | 3W UV Laser | Produces clean white or dark marks with minimal thermal effect. |
| PCB & FPC | Standard PCB Thickness | 3W UV Laser + Vision Positioning | Suitable for QR codes, serial numbers and traceability marking. |
| Ceramic & Alumina | 0.5–20 mm | 5W UV Laser | High-definition permanent marking with excellent wear resistance. |
| Silicon Wafer | According to Process | 3W UV Laser | Precision wafer identification with minimal substrate damage. |
| Coated Metal | Various | 5W UV Laser | Removes coating only on the surface while maintaining substrate integrity. |
Industry Applications
| Industry | Typical Workpiece | Customer Pain Point | How This Machine Helps |
|---|---|---|---|
| Electronics Manufacturing | PCB, IC Package, Connector | Tiny codes require extremely high precision. | Produces high-resolution permanent marks suitable for automated inspection. |
| Medical Device | Syringe, Catheter, Surgical Instrument | Heat damage affects product quality. | Cold laser processing minimizes thermal impact while ensuring permanent identification. |
| Cosmetic Packaging | Glass Bottle, Plastic Bottle, Cap | Traditional printing wears off easily. | Creates durable logos, batch numbers and QR codes directly on the product. |
| Semiconductor | Silicon Wafer, Chip Carrier | Conventional marking may damage the substrate. | UV laser provides non-contact precision marking with high repeatability. |
| Precision Instruments | Optical Lens, Sensor Housing | Small components require fine graphics. | Supports micron-level marking with excellent edge quality. |
| Consumer Electronics | Mobile Phone Parts, Chargers, Earphone Components | Product traceability and branding. | Fast and consistent serial number and logo marking. |
Specifications
General Specifications
| Parameter | Value |
|---|---|
| Model | FL-MU |
| Machine Dimensions | 750*600*670mm |
| Net Weight | 47 KG |
| Warranty | 1 Year |
Product-Specific Specifications
| Parameter | Value |
|---|---|
| Laser Power | 3W / 5W / 10W |
| Marking Area | 70*70 mm -300*300 mm |
| Wavelength | 355 nm |
| Minimum Spot Size | ≤20 μm (Subject to configuration) |
Electrical and the Environment
| Parameter | Value |
|---|---|
| Voltage / Frequency | AC220V ±10%, 50/60Hz (AC110V Optional) |
| Operating Environment | Temperature 10–35°C, Humidity 30–80% (Non-condensing) |
| Safety Requirement | Proper grounding, stable power supply, protective eyewear recommended during maintenance. |
Samples
Glass
ABS Plastic
PCB Board
Ceramic
Silicone Button
Cosmetic Bottle
Need Help Choosing a Configuration?
Tell us your material, size/thickness and daily output.
Components
UV Laser Source
Galvanometer
F-theta Lens
Control System
Configuration Options
| Option | Standard / Optional | Recommended For | Effect on Price / Lead Time |
|---|---|---|---|
| CCD Vision System | Optional | PCB, FPC, semiconductor and precision electronic components | Increases equipment cost and may slightly extend lead time. |
| Rotary Fixture | Optional | Cylindrical products such as bottles, cups, bearings and rings | 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 |
Standard Configuration Includes
- UV Laser Source
- Industrial Galvanometer Scanner
- 355nm F-theta Lens
- Industrial Control Computer
- EZCAD Control Software
- Water Cooling System
- Height Adjustable Working Table
- Red Light Positioning
- Foot Switch
- Tool Kit
- User Manual
- Power Cable
Options Requiring Engineer Confirmation
- Larger Marking Area
- Customized Fixture
- CCD Visual Positioning
- Automatic Loading System
- Conveyor Integration
- Rotary Axis
- Smoke Purifier
- Safety Enclosure
- Automatic Focus Module
- MES / PLC Communication Interface
Service
| Stage | Customer Provides | FerroLaser Delivers | Estimated Time |
|---|---|---|---|
| Requirement Review | Material, product size, marking content, production capacity, destination country, voltage requirements | Machine recommendation, suitable configuration and quotation | 1 Working Day |
| Configuration & Testing | Sample, drawing or marking requirements | Marking test video, sample photos and testing report | 3 Working Days |
| Packaging & Shipping | Trade terms, destination port, consignee information | Export wooden case, packing list, commercial invoice and shipping arrangement | 7 Working Days |
| Installation & Support | Installation site conditions and operator information | User manual, remote installation guidance, operation training and after-sales support | Online support within 24 Hours |
Warranty and Technical Support
| Item | Period |
|---|---|
| Whole Machine | 1 Year |
| Laser Source | 2 Years |
| Water Chiller | 1 Year |
| Control System | 1 Year |
| Lifetime Technical Support | Yes |
After-Sales Response
- Online Technical Support
- WhatsApp Support
- WeChat Support
- E-mail Support
- Remote Software Diagnosis
- Video Installation Guidance
Customer Cases
Anonymous Electronics Manufacturer
Anonymous Medical Device Manufacturer
FAQ
Why is a UV laser suitable for precision marking?
UV laser marking uses a 355nm wavelength with a very small focused spot and minimal heat affected zone. Compared with fiber lasers, it provides finer details, cleaner edges and higher contrast on heat-sensitive materials such as plastics, glass, ceramics and electronic components. It is widely used where high precision and excellent surface quality are required.
How do I choose between 3W, 5W and 10W UV laser machines?
A 3W machine is suitable for most precision marking applications on plastics, PCB and electronic components. A 5W machine offers higher productivity and supports a wider range of materials. A 10W model is recommended for higher-speed production, deeper engraving on certain materials and demanding industrial applications. Final configuration should be selected according to material, marking size and production capacity.
Can the machine mark glass and transparent plastics?
Yes. UV laser technology is especially suitable for glass, acrylic and many transparent engineering plastics because the ultraviolet wavelength is more effectively absorbed by these materials. Proper parameter adjustment helps achieve clear and permanent marks while minimizing cracking, melting or discoloration.
What is the minimum character size and line width?
The minimum marking size depends on the optical configuration, material and processing parameters. UV laser systems are capable of producing extremely fine characters and thin lines suitable for micro QR codes, serial numbers and precision electronic components. Exact values should be confirmed according to the selected configuration and application requirements.
Will UV laser marking cause thermal damage?
UV laser marking is considered a cold processing technology. The short wavelength reduces heat transfer to the surrounding material, resulting in a very small heat affected zone. This makes it ideal for heat-sensitive plastics, coated materials, electronic components and medical products that require minimal deformation.
What is the service life of the UV laser source and how is maintenance performed?
The UV laser source is designed for long-term industrial operation under proper working conditions. Routine maintenance mainly includes cleaning the optical lens, maintaining the cooling system, checking electrical connections and keeping the working environment clean. Regular maintenance helps ensure stable performance and extend equipment life.
What are the normal operating costs?
UV laser marking machines require no consumable ink or chemicals. Daily operating costs mainly include electricity consumption, cooling water maintenance and routine cleaning, making the equipment suitable for long-term industrial production with relatively low operating costs.
Which parts are considered consumables?
Under normal operating conditions, common maintenance items include protective optical components, cooling system accessories, filters and certain electrical components. Proper maintenance significantly extends the service life of the equipment.
Related products
Ready to spec your FL-MU | UV Laser Marking Machine?
Send your application details and get a tailored configuration and price range within one business day — no obligation.