Customized UV Fiber Laser Marking Machine 5W 20W for Electronics and Semiconductor Industry

Name: Customized UV Fiber Laser Marking Machine 5W 20W for Electronics and Semiconductor Industry
Brand: Dongguan Veshay Laser Technology Co., Ltd
Availability: InStock

Description

The Customized UV Fiber Laser Marking Machine 5W 20W for PCB and Products is a customized 5W UV laser marking machine with CCD visual positioning, designed for high-precision, low-heat marking of plastics, glass, and electronic components. Operating at 355 nm, this UV laser system enables cold marking with minimal thermal impact, while its vision-guided alignment system ensures accurate positioning for complex and high-throughput production environments.

This system supports custom hardware configurations, software integration, and workflow automation, making it ideal for OEMs and manufacturers requiring tailored laser marking solutions.

The 355 nm UV laser enables high-contrast “cold marking,” preventing burning, melting, or deformation, ideal for sensitive materials such as plastics, glass, and PCBs.

The optional CCD visual positioning system provides real-time alignment and correction, enabling precise marking of irregular or pre-positioned components, critical for electronics and high-precision manufacturing.

With ±0.03 mm repeatability, galvo scanning, and a 200 × 200 mm marking area, the system delivers consistent, high-quality results across a wide range of materials.

One of the standout features of this laser marking machine is its user-friendly operation. Designed with ease of use in mind, it allows operators to quickly adapt and manage the marking process with minimal training. The machine's capability to save documents and swiftly switch between production lines further enhances its operational efficiency, making it a versatile tool for dynamic production environments. Additionally, the machine supports customization through software development, offering businesses the flexibility to tailor its functionality to specific requirements.

Environmental sustainability is a key consideration in the design of the Customized UV Fiber Laser Marking Machine 5W 20W for PCB and Products. The machine operates without producing pollution or requiring consumables, aligning with eco-friendly manufacturing practices. Its built-in alarm system ensures that any marking errors are promptly addressed, with the process halting automatically to prevent further issues. This attention to detail not only safeguards product quality but also minimizes waste, contributing to a more sustainable production process.

Specifications

Work Area X:	200 mm
Work Area Y:	200 mm
Beam Delivery:	Galvo
Laser Source:	Fiber
Laser Output Power:	5 W
Laser Wavelength:	355 nm (UV)
Voltage Requirement:	220V - 50Hz
Materials:	Stainless Steel, Steel/Iron, Steel Alloy, Aluminum, Anodized Aluminum, Brass, Copper, Gold, Silver, Nickel, Titanium, Platinum, Glass, Plastic, Wood, Paper, Textile, Granite, Marble, Nylon, Acrylic, Plexiglass, Leather
Air Assist:	Included
Fume Extraction Unit:	Included
Safety Enclosure:	Included
Repeating Accuracy:	±0.03mm（Flat Surface）
Weight:	Approx 180KG
Machine Size:	1000mm1200mm1700mm
Language:	Chinese, English
Software:	VIPin Laser System
Movement Control:	Unit/servo motor/stepping motor/electric relay
Work Table Height:	Customized as required
Marking Card:	JCZ Card
Light Source Control:	Digital Controller
Light Source:	Combo Strip Light/Ring Light
Style No.:	FSD-SC05UV
Camera Lens:	12mm
Positioning:	CCD Visual Marking Positioning(Optional)
Work Mode:	Laser Movable
Focus:	Adjust Manually
Z Axis:	0-300mm (Adjust Manually)
Marking Range:	200mm*200mm
Field Lens Range:	100mm*100mm
Laser Power:	5W/20W
Laser Type:	UV/Fiber

Got questions about specs? Use the inquiry form to ask.

Download Data Sheet

Features

Dual Laser Configuration (UV & Fiber) – Combines a 5W 355 nm UV laser and 20W 1064 nm fiber laser in one system, enabling high-contrast marking on both sensitive plastics/PCBs and metals with a single machine.
High-Precision, High-Quality Marking – Delivers repeatable accuracy of ±0.03 mm on flat surfaces, ideal for micro‑text, fine graphics, and precision barcodes required in electronics, medical devices, and high‑end components.
Versatile Marking Capabilities – Supports characters, serial numbers, letters, barcodes, QR codes, Data Matrix codes, and complex graphic data, meeting industrial traceability and branding requirements.
Optimized for PCB & Electronic Components – Specially designed for marking on PCBs and various product surfaces without damaging substrates, suitable for SMT production lines, traceability codes, and component identification.
Flexible Marking Fields – Equipped with a 100 mm × 100 mm field lens and up to 200 mm × 200 mm marking range, covering a wide variety of part sizes and layouts.
Adjustable Z‑Axis for Different Heights – Manual Z‑axis adjustment from 0–300 mm allows quick adaptation to workpieces of varying thicknesses while maintaining accurate focus.
Optional CCD Visual Positioning – Integrated 1200W pixel industrial camera with 12 mm lens (optional) supports CCD visual positioning for precise alignment, automatic mark positioning, and misalignment reduction.
Smart Light Source System – Combo strip light and ring light with digital controller improve contrast and clarity in the camera view, enhancing accuracy for vision-guided marking and inspection.
Production-Friendly Operation – User‑friendly interface and VIPin Laser System software make it easy to set up jobs, adjust parameters, and switch between products or production lines quickly.
Job Saving & Fast Line Changeover – Supports saving multiple marking documents/recipes so operators can rapidly recall settings and switch lines or products with minimal downtime.
Customizable Worktable Height – Machine worktable height can be customized to match existing conveyor lines or workstation ergonomics for seamless integration into production environments.
Multiple Motion Control Options – Supports unit/servo motor/stepping motor/electric relay control, allowing integration with automated lines, indexing tables, and custom motion systems.
Stable and Reliable JCZ Control Card – Uses an industrial‑grade JCZ marking card, widely adopted in the laser industry for stable performance, precise timing, and compatibility with various automation solutions.
Compact, Rigid Machine Structure – Space‑efficient footprint of 1000 mm × 1200 mm × 1700 mm and approximately 180 kg weight provide mechanical stability for high-precision marking while saving factory floor space.
Multi-Language Support – Software interface available in Chinese and English, suitable for international production teams and global manufacturing environments.
Clean, Eco‑Friendly Operation – Laser marking requires no ink, chemicals, or consumables, generating virtually no pollution and lowering ongoing operating costs compared with inkjet or labeling systems.
Low Maintenance, Long Service Life – Solid-state UV and fiber laser sources provide long lifetimes, high reliability, and minimal maintenance needs, maximizing uptime.
Process Monitoring & NG Alarm Function – System can trigger alarms when marking is missed or not qualified (NG), and automatically stop processing to prevent defective products from proceeding down the line.
Supports Software Customization – Open for secondary development and software customization to connect with MES/ERP, barcode systems, vision systems, or custom automation logic.
Movable Laser Head Design – “Laser movable” work mode allows the beam delivery head to move relative to the workpiece, suitable for integration with conveyors, jigs, or large workpieces.

Applications

Ideal for:

PCB and electronic component laser marking (high precision & traceability), UV laser marking of plastics and polymers without thermal damage, glass and transparent material marking, medical device and micro-component engraving, automated production line integration with vision alignment.

PCB Marking: Ideal for marking on printed circuit boards with precision.
Product Surface Marking: Suitable for marking on the surface of various products, ensuring clear and durable marks.
Custom Software Development: Supports customization with software development to meet specific marking requirements.
Pollution-Free Operation: No pollution and no consumables required, making it environmentally friendly.
Alarm and Safety Features: Equipped with an alarm system that alerts when marking is missed, and the process stops when there is a non-conformance (NG).
Fast Production Line Switching: Documents can be saved, allowing for quick switching between production lines.
CCD Visual Marking Positioning: Optional CCD visual marking positioning for enhanced accuracy.
Versatile Marking Capabilities: Capable of marking characters, letters, barcodes, QR codes, and graphic data.
Adjustable Work Table: Work table height can be customized as required for different applications.

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Frequently Asked Questions

What materials and applications is the Customized UV Fiber Laser Marking Machine 5W 20W for PCB and Products suitable for?

The VIPin-FSD-SC05UV/20FB is designed for high‑precision marking on PCB boards and the surfaces of various industrial products. With its dual laser options (5W UV at 355 nm and 20W fiber at 1064 nm), it is typically suitable for marking a wide range of materials seen in electronics and manufacturing, such as PCB substrates, coated metals, certain plastics, anodized aluminum, stainless steel, and other common engineering materials. Its ability to mark characters, letters, barcodes, QR codes, and graphics makes it ideal for traceability, product identification, and branding in electronics, medical devices, precision parts, and small component manufacturing.

What is the difference between the UV and fiber laser options on this marking machine?

This model offers two laser configurations: a 5W UV laser at 355 nm and a 20W fiber laser at 1064 nm. The UV laser is typically used for high‑contrast, low‑heat marking on sensitive materials such as PCBs, plastics, coated or painted surfaces, and micro‑components where fine detail and minimal thermal damage are important. The fiber laser at 1064 nm is better suited for deep or high‑contrast marking on metals and some hard plastics, offering higher efficiency for industrial metal parts, tools, tags, and nameplates. Choosing between the two depends on your primary material set and the required marking effect.

How accurate is the Customized UV Fiber Laser Marking Machine 5W 20W for PCB and Products and what marking area does it support?

The VIPin-FSD-SC05UV/20FB provides a flat‑surface repeat positioning accuracy of ±0.03 mm, allowing very precise and consistent marking for fine text, micro‑codes, and dense graphics. The standard field lens covers 100 mm × 100 mm, while the specified effective marking range is up to 200 mm × 200 mm, which is typical for PCB panels, small components, and nameplates. The Z‑axis is manually adjustable from 0–300 mm, so you can accommodate different workpiece heights while maintaining focus for optimal marking quality.

How does the CCD visual positioning and lighting system improve marking quality?

The machine can be equipped with optional CCD visual marking positioning, using a 12‑megapixel camera and either strip or ring lighting controlled by a digital light controller. This vision system helps automatically locate parts or fiducials on PCBs, align graphics or codes, and compensate for slight variations in part placement, ensuring accurate mark placement without constant manual adjustment. In production lines, this reduces setup time, minimizes human error, and boosts throughput while maintaining consistent mark location and orientation.

What automation and safety features does this laser marking machine include?

The VIPin-FSD-SC05UV/20FB supports multiple motion control options, such as servo motor, stepper motor, or electric relay control, allowing integration into semi‑ or fully‑automated production lines. It features an alarm function that triggers if a mark is missed, and the system stops processing when a part is judged NG (no good), helping prevent batches of unmarked or incorrectly marked products from passing downstream. Additionally, the laser itself is a non‑contact, non‑consumable process with no inks or chemicals, reducing contamination and operators’ exposure to consumables. Proper laser safety enclosures and goggles should still be used in line with local laser safety standards.

What software does the VIPin-FSD-SC05UV/20FB use and can it be customized or integrated?

This model uses the VIPin Laser System software in combination with a JCZ control card, a widely used industrial laser marking platform. The software supports Chinese and English interfaces and can handle text, serial numbers, barcodes, QR codes, and graphic data. According to the datasheet, the system supports software customization and secondary development, enabling integration with MES/ERP systems, databases, or production test systems for automatic code generation, serialization, traceability, and data logging. This makes the machine suitable for both stand‑alone use and high‑level factory automation environments.

What are the installation space and maintenance requirements for this customized laser marker?

The machine has an approximate size of 1000 mm × 1200 mm × 1700 mm and a weight of about 180 kg, so it requires a stable floor and enough clearance for operator access and loading/unloading parts. The work table height can be customized to match your production line or ergonomic needs. Maintenance is relatively low compared with ink‑based systems because the UV and fiber lasers are solid‑state sources with long lifetimes and no consumables like ink or solvent. Routine care typically involves keeping optics and the work area clean, verifying focus and alignment, checking motion components, and periodically confirming marking quality. Specific maintenance intervals depend on usage intensity and environment and should follow the manufacturer’s recommendations.

Got more questions? Use the inquiry form to ask the supplier directly.