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Description

The PCB Laser Marking Machine UV Fiber Fixed Head is a 20W fiber laser PCB marking machine with fixed laser head design, engineered for high-speed, high-precision marking in electronics manufacturing and industrial production environments. Operating at a 1064 nm fiber laser wavelength, the system delivers permanent, high-contrast markings on PCBs, metal components, and a wide range of industrial materials with exceptional stability and repeatability.

Designed specifically for inline PCB production and intelligent traceability systems, this machine enables seamless integration into modern SMT and automated production lines. Its fixed laser head architecture ensures consistent focal stability, reducing mechanical variation and improving marking uniformity during continuous operation.

The PCB Laser Marking Machine UV Fiber Fixed Head is widely used for QR code marking, barcode engraving, serial number coding, and product traceability applications in the electronics industry. It supports direct integration with MES (Manufacturing Execution Systems), allowing real-time data exchange for smart factory environments and Industry 4.0 workflows.

With its ability to achieve extremely fine marking resolution and high-speed processing, this system is ideal for manufacturers requiring high-throughput PCB identification, anti-counterfeiting marking, and full production traceability. The combination of fiber laser technology, stable fixed-head structure, and industrial automation compatibility makes it a reliable solution for continuous, high-volume production lines.Built for durability, efficiency, and precision, the VIPIN-PD20FB delivers low-maintenance operation, long laser lifetime, and consistent marking quality, making it a core tool for modern electronics manufacturing and PCB processing industries.

PCB Laser Marking Machine UV Fiber Fixed Head

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Specifications

Work Area X: 300 mm
Work Area Y: 400 mm
Beam Delivery: Galvo
Laser Source: Fiber
Laser Output Power: 20 W
Laser Wavelength: 1064 nm (IR)
Marking Speed: 3000 mm/sec
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
Air Assist: Included
Fume Extraction Unit: Included
Safety Enclosure: Included
Laser Type: Fiber
Laser Power: 5W/20W
Output Fluctuation Rate: <3%
Laser Wavelength: 355nm/1064nm
Laser Cooling Method: WaterCooling/Air Cooling
Minimum Point Diameter: 0.13mm
Engraving Angle: 0-360°
Repeat Accuracy: ±0.03mm
Transition Speed: 0-3000mm/s
QR Code Size (minimum): 3mm×3mm

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

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Features

  • High‑Precision PCB Laser Marking for Traceability – Designed specifically for PCB QR codes, barcodes, characters, and logos on a wide range of solder mask colors (white, green, black, blue, red), as well as reinforcement steel sheets and shielding covers, ensuring reliable product identification and traceability.
  • Fixed Laser Head for Maximum Stability – Fixed laser head architecture (VIPin‑260B) delivers superior marking consistency and repeatability compared with moving-head systems, reducing mechanical wear and ensuring long-term accuracy in automated production environments.
  • Online and Offline Models for Flexible Integration –
    • Inline Model: Supports PCB sizes up to 200 × 200 mm, installed at the front of the production line for continuous marking, real-time MES connection, and intelligent traceability.
    • Offline Model: Supports PCB sizes up to 260 × 260 mm, ideal for bare boards or boards with components when MES connectivity and inline reading are not required.
  • UV or Fiber Laser Options for Different Materials –
    • UV Laser (5 W, 355 nm): Ideal for high-contrast marking on PCB solder masks, plastics, and sensitive materials with minimal thermal impact. Laser lifespan ≥ 15,000 hours.
    • Fiber Laser (20/30 W, 1064 nm): Suited for metal parts such as reinforcement sheets and shielding covers. Laser lifespan ≥ 50,000 hours.
  • Premium Laser Sources for Reliability – Equipped with renowned laser sources such as American Inno / Shenzhen RFH (UV) and German IPG / MAX (fiber), providing stable output (< 3% fluctuation), high beam quality, and reliable long-term operation under industrial duty cycles.
  • Ultra‑Fine Marking Capability –
    • Laser spot size (UV): Down to approx. 0.04 mm, enabling crisp micro-text and microcodes.
    • Minimum point diameter: 0.13 mm for precise and clear line work.
    • Minimum QR code size: As small as 0.8 × 0.8 mm (typical applications), with system spec of 3 × 3 mm for high readability and scanning reliability.
  • High Speed Marking for Mass Production –
    • Average marking time per PCB: about 6 seconds, translating to ~360 components per hour per machine.
    • Annual output per system: approx. 2.376 million marks under standard operating conditions.
    • Transition speed up to 0–3000 mm/s, suitable for high-throughput SMT lines.
  • 360° Flexible Engraving – Engraving angle from 0–360° allows codes and characters to be marked at any orientation on the PCB, simplifying layout design and fixture positioning in complex panel configurations.
  • High Repeat Accuracy – Positioning repeatability of ±0.03 mm ensures stable code placement on pads, fiducials, or designated label areas, supporting downstream automated optical inspection (AOI) and pick-and-place alignment.
  • Extensive Code Format Support – Capable of marking and encoding a wide range of industrial standards:
    • 2D Codes: QR Code, Micro QR Code, IQR Code, Data Matrix, GS1 DataMatrix, PDF417
    • 1D Barcodes: CODE39, CODE128, ITF, NW-7, JAN (EAN), UPC
    • Text: English uppercase, English lowercase, numbers, Katakana, Chinese characters
    Ensures compatibility with global electronics manufacturing and logistics systems.
  • Integrated Code Reading and Verification (Inline) – Inline model supports stable code reading within 200 × 200 mm PCB size, enabling in-situ verification of marked QR codes/barcodes and closed-loop feedback to MES for improved traceability and process yield.
  • MES Connectivity for Smart Factories – Online automatic PCB laser marking system can be directly connected to Manufacturing Execution Systems (MES), providing:
    • Automatic assignment and recording of serial numbers and lot data.
    • Bi-directional data exchange for traceability and quality control.
    • Real-time monitoring of marking status and production metrics.
  • Water or Air Cooling for Stable Operation –
    • UV laser: typically configured with water cooling for superior thermal stability at high duty cycles.
    • Fiber laser: air-cooled configurations simplify installation and maintenance.
    Ensures consistent beam quality and extended component life.
  • Permanent, Non-Contact Marking – Laser marks are permanent and resistant to abrasion, chemicals, and high reflow temperatures, unlike conventional high-temperature labels that can drop off, fade, or fail in harsh environments.

Applications

Applications of PCB Laser Marking Machine – Laser Head Fixed (VESHAY VIPin–260B)

The PCB Laser Marking Machine UV Fiber Fixed Head with fixed laser head is designed for high‑precision, high‑reliability identification and traceability on printed circuit boards and related electronic components. It supports both UV and fiber laser sources, enabling high‑contrast permanent marks on a wide range of PCB substrates and coatings.

1. PCB Identification and Traceability
  • Permanent marking of QR codes, Micro QR codes, Data Matrix codes, and barcodes (CODE39, CODE128, ITF, GS1 DataMatrix, PDF417, JAN/EAN, UPC) on:
    • Single‑sided and double‑sided PCBs
    • Multilayer PCBs for high‑density electronic assemblies
    • Rigid, flex, and rigid‑flex PCBs
  • Marking of serial numbers, lot numbers, and production batch IDs to enable full product traceability throughout the manufacturing and service lifecycle.
  • Integration with MES (Manufacturing Execution Systems) in inline configurations for automatic code generation, reading, verification, and data upload.
  • Replacement of traditional high‑temperature paper labels with direct laser marks, eliminating label cost, adhesive failures, and risk of label drop‑off.
2. Marking on Various PCB Solder Mask Colors and Surfaces
  • High‑contrast marking on PCBs with different solder mask (oil) colors:
    • Green oil (standard PCB solder mask)
    • White oil (LED PCBs, lighting and display boards)
    • Black oil (high‑end consumer electronics and communication boards)
    • Blue and red oil (special application or branding‑specific PCBs)
  • Clear and stable codes on:
    • Matte and glossy solder mask surfaces
    • Surface‑finished pads (ENIG, HASL, OSP, etc., where marking on nearby solder mask is required)
    • PCBs with reinforcing steel sheets, shielding covers, and metal stiffeners
3. High‑Density and Miniaturized Code Marking
  • Fine marking capability with:
    • Laser spot size down to approx. 0.04 mm (UV)
    • Minimum point diameter 0.13 mm
    • Minimum QR code size approx. 3 mm × 3 mm (typical 0.8 × 0.8 mm to 2 × 2 mm marking windows on pads or dedicated code areas)
  • Suitable for:
    • High‑density interconnect (HDI) boards
    • Compact consumer electronics PCBs (smartphones, tablets, wearables)
    • Medical device electronics and aerospace electronics where very small, high‑reliability codes are required
  • Integrated code reading and verification (inline model) for micro‑codes on confined PCB areas.
4. Inline Automatic PCB Marking in SMT and Assembly Lines
  • Online (inline) configuration for installation at the front end of:
    • SMT production lines (pre‑solder paste printing)
    • Automated assembly lines for consumer and industrial electronics
    • High‑volume PCB manufacturing and testing lines
  • Automatic conveyor‑based PCB handling for:
    • PCB max size approx. 200 × 200 mm (for stable fixed‑head code reading and marking)
    • Single panel or panelized boards
  • MES data connectivity for:
    • Automatic code assignment
    • Real‑time traceability and yield tracking
    • Integration with AOI, ICT, and functional test data
  • High throughput marking:
    • Average marking time ~6 s per code
    • Approx. 360 cycles per hour (cph) depending on code content and layout
5. Offline PCB Marking for Bare and Assembled Boards
  • Offline model suitable for:
    • Bare PCBs before entering the main production line
    • PCBs with components that cannot be marked inline due to process flow or handling constraints
  • Support for larger PCB formats:
    • Max PCB size approx. 260 × 260 mm without MES integration and without code auto‑reading
  • Flexible loading/unloading:
    • Manual tray loading for small and medium batches
    • Offline kitting of PCBs requiring re‑marking or additional tracking codes
6. Replacement of High‑Temperature Labels and Stickers
  • Direct laser marking as a cost‑effective alternative to:
    • High‑temperature resistant labels
    • Barcode stickers and nameplates

Frequently Asked Questions

What is PCB Laser Marking Machine UV Fiber Fixed Head laser marking machine and what applications is it designed for?
The VESHAY VIPin‑260B is an online/offline PCB laser marking machine with a fixed laser head, designed specifically for non‑contact, permanent marking of printed circuit boards and small metal parts. It is mainly used to mark QR codes, barcodes, Data Matrix codes, serial numbers, logos, and characters on PCBs with different solder mask colors (white, green, black, blue, red), as well as on reinforcement steel sheets and shielding covers. The machine supports multiple 2D and 1D code formats including QR Code, Micro QR, IQR, Data Matrix, GS1 DataMatrix, PDF417, CODE39, CODE128, ITF, NW‑7, JAN (EAN), and UPC, and it can verify code readability immediately after marking for traceability and quality control.
What are the key technical specifications of the VIPin‑260B PCB laser marker?
The VIPin‑260B is available with either a UV or fiber laser source: - Laser type: UV 5 W or Fiber 20/30 W (with output fluctuation < 3%) - Wavelength: 355 nm (UV) or 1064 nm (fiber) - Cooling method: Water cooling (UV) / Air cooling (fiber) - Minimum point (spot) diameter: approx. 0.13 mm at the work surface - Engraving angle: 0–360° (can mark in any orientation) - Repeat accuracy: ±0.03 mm - Transition speed: 0–3000 mm/s - Minimum QR code size (spec for this model): 3 × 3 mm; datasheet also shows examples down to 0.8 × 0.8 mm on suitable surfaces - Typical laser lifetimes: ≥ 15,000 hours (UV) and ≥ 50,000 hours (fiber) These specifications make the system suitable for high‑density PCBs and small component marking where fine line width and high contrast are required.
What PCB sizes and production line configurations does the PCB Laser Marking Machine UV Fiber Fixed Head support?
The VIPin‑260B supports both inline and offline production modes with different maximum PCB sizes: - Inline model: For boards up to about 200 × 200 mm (or similar process window). In this configuration the laser head is fixed, and the board is conveyed under the marking field. Code reading and MES connectivity are optimized and stable within this size. - Offline model: For boards up to 260 × 260 mm. This version is typically used as a standalone marking station not directly linked to MES, and code reading may be optional, making it suitable for a wide variety of bare or assembled PCBs. In an SMT or PCB production line, the online automatic model is usually placed at the beginning of the line for continuous laser marking and automatic traceability. For finished assemblies or panels that cannot be easily integrated inline, the offline model is used as a separate operation.
How does the VIPin‑260B compare to traditional high‑temperature PCB labels in terms of cost and reliability?
Compared with traditional high‑temperature label solutions, the VIPin‑260B laser marking system offers significant long‑term cost savings and improved reliability: - Label consumables: The datasheet example shows that for 10 million PCBs per year, label costs alone can reach approximately RMB 395k per year (around RMB 1.975M over 5 years), depending on label size (e.g., 10 × 10 mm at RMB 0.015 or 15 × 40 mm at RMB 0.05). - Labor costs: Manual labeling with two operators at typical wages adds an estimated RMB 540k over 5 years. - Total 5‑year label + labor cost: Approximately RMB 2.515M for 10 million boards. By contrast, the capital cost for about four sets of VIPin‑260B laser marking machines to cover 10 million boards is around RMB 1.1M (per the datasheet example). Laser marks are permanent (won’t peel, drop, or fade), eliminating issues of labels falling off or becoming unreadable after reflow, cleaning, or handling. Over several years of high‑volume production, this typically results in lower overall cost and improved traceability compared with high‑temperature labels.
What marking performance and throughput can the VIPin‑260B achieve for PCB QR codes and barcodes?
The VIPin‑260B is designed for high‑volume PCB marking with the following typical performance data from the datasheet: - Average marking time per board: ~6 seconds per mark (depending on code size, content, and path) - Average throughput: Approximately 360 components/boards per hour (cph) per machine under standard conditions - Annual output: Around 2.376 million marks per machine (based on typical operating hours) For a production requirement of 10 million boards per year, the datasheet example suggests using 4–5 machines to meet capacity. With a minimum code size of 3 × 3 mm (and lab‑proven cases down to ~0.8 × 0.8 mm on appropriate surfaces), the system can print compact, high‑density 2D codes that are easily read by industrial code readers.
Should I choose the UV or fiber laser option for the VIPin‑260B for my PCB marking application?
The choice between UV and fiber versions of the VIPin‑260B depends on your substrate and contrast requirements: - UV laser (355 nm, 5 W): - Best for solder‑mask PCBs (green, white, black, blue, red) where high contrast is needed without damaging copper traces. - Produces fine marks with smaller effective spot size and minimal thermal impact. - Typically used when boards have sensitive components or need crisp high‑density 2D codes. - Fiber laser (1064 nm, 20/30 W): - Better suited for marking bare metals, reinforcement plates, shielding covers, and some coated metals. - Offers higher power and a longer laser lifetime (≥ 50,000 hours), with air cooling for simpler maintenance. If your primary application is SMT PCB traceability on solder‑mask boards, the UV configuration is usually preferred. If you also need to mark metal shields or chassis parts, or your focus is on metal product marking, the fiber option may be more appropriate. Many factories use UV for boards and dedicate fiber systems to metal parts.
How is code quality verified and integrated with MES or traceability systems using the PCB Laser Marking Machine UV Fiber Fixed Head?
The VIPin‑260B online model is designed to integrate into automated traceability workflows: - Integrated code reading: After marking, a code reader (scanner or vision system) can immediately read and verify the QR code, Data Matrix, or barcode quality and content. - MES integration: In inline configurations, the verified code data can be sent to the Manufacturing Execution System (MES) or other production databases, linking each PCB’s ID to process parameters, test results, and routing history. - Error handling: If a mark is unreadable or incorrect, the system can trigger alarms, reject the board, or stop the line depending on the user’s configuration. The offline version focuses more on standalone marking without mandatory MES connectivity but can still be equipped with code readers and data export if required by the customer’s traceability standards.

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

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