The VIPin 260A PCB UV Fiber Laser Marking Machine Fixed Head with a fixed laser head is engineered for high‑throughput, traceable identification of printed circuit boards in demanding electronics manufacturing environments. Designed around a stable, fixed optical path, it delivers consistent, high‑contrast marking of QR codes, barcodes, text, and graphics directly onto PCBs of various solder mask colors, including white, green, black, blue, and red. By replacing traditional high‑temperature labels and manual labelling processes, this system dramatically reduces ongoing consumable and labor expenses, while improving traceability and long‑term mark reliability.

Unlike paper or polyimide labels that can peel, fade, or delaminate under thermal cycling, reflow, or harsh cleaning agents, the VIPin–260A uses permanent laser engraving. Marks do not drop off, smear, or disappear, even under repeated high‑temperature exposure or mechanical handling. This makes it an ideal solution for SMT lines, assembly plants, and OEM/EMS facilities that need robust traceability throughout the entire product lifecycle. Typical applications include marking 2D codes as small as a few millimeters for panelized PCBs, reinforcement steel sheets, shielding covers, and other small metal or coated components within the electronics assembly process.

Traditional PCB identification often relies on high‑temperature resistant labels applied manually or semi‑automatically. Over production volumes such as 10 million boards per year, this approach can generate very high recurring costs. Representative label sizes such as 10 × 10 mm and 15 × 40 mm, combined with annual usage in the millions of pieces, can easily amount to several hundred thousand RMB per year in labels alone. Over a 5‑year production horizon, total label expenses can reach into the multi‑million RMB range, before even considering labor.

Manual labelling also requires multiple operators, each with a monthly salary that, when annualized, adds another substantial cost layer. Two operators dedicated to labelling can accumulate significant labor expense over five years, compounding the overall identification cost. When label cost and labor cost are combined, the total 5‑year cost of traditional labelling can be several times higher than the one‑time investment in automated laser marking systems.

By comparison, equipping your line with multiple VIPin 260A PCB UV Fiber Laser Marking Machine Fixed Head systems can replace millions of high‑temperature labels per year. Instead of ongoing expenditure on consumables and manual work, the primary outlay is the equipment itself. A typical configuration of four to five machines can support outputs on the order of 10 million boards annually, with the aggregate machine cost significantly lower than the projected 5‑year total of labels and labor. This long‑term cost advantage, combined with enhanced reliability and automation, makes the laser solution highly compelling for medium‑ and high‑volume manufacturers.

The VIPin 260A PCB UV Fiber Laser Marking Machine Fixed Head delivers fine line marking with a minimum point diameter down to approximately 0.13 mm, enabling compact, high‑density codes and characters. The system supports line widths in the sub‑millimeter range and can generate clear micro‑text and small QR codes where traditional printed labels would be too large or impractical. A minimum QR code size of about 3 × 3 mm is supported, and the system has been tested on both standard 2 × 2 mm codes and reduced 0.8 × 0.8 mm formats, depending on process and code requirements.

Average marking time per code is around 6 seconds, resulting in typical throughputs of approximately 360 cycles per hour for a single system under standard conditions. Over an entire year of production, this supports outputs in the range of over two million marked boards per machine, making the VIPin–260A suitable for integration into continuous production lines. For very high‑volume applications such as 10 million boards per year, multiple systems can be deployed in parallel to reach the required capacity.

The marking head offers a 0–360° engraving angle, which is especially useful for PCBs where code orientation needs to be adapted to panel layout or downstream reading constraints. With repeatability of ±0.03 mm and transition speeds up to 3000 mm/s, the system ensures that each code is placed and formed precisely, enabling reliable reading by standard industrial vision and code‑reading systems even at very small sizes.