1. 技術特點與核心優勢

• 光纖激光技術：大幅面激光打標機多采用光纖激光器，具備高電光轉換效率、風冷散熱設計，整機體積較小，適合臺式布局。

• 動態聚焦與高速振鏡系統：部分機型（如重慶初刻）支持動態聚焦技術，結合高速掃描振鏡，可實現大幅面范圍內的精細雕刻，適用于復雜圖案或二維碼打標。

• 材料適應性：可處理金屬（如五金配件）和部分非金屬材料（如雞蛋殼），尤其在對深度、光滑度要求高的領域表現優異。

2. 典型應用場景

• 工業制造：五金配件、機械零件的標識與追溯，支持高精度二維碼雕刻，滿足工業自動化需求。

• 食品與包裝：例如雞蛋殼的非接觸式激光標記，具有環保無污染、持久性強的特點。

• 電子與精密器械：適用于對精細度要求較高的領域，如微型電子元件標記。

• 1. Technical features and core advantages

• Fiber laser technology: Large-format laser marking machines mostly use fiber lasers, which have high electro-optical conversion efficiency and air-cooled heat dissipation design. The whole machine is small in size and suitable for desktop layout.

• Dynamic focusing and high-speed galvanometer system: Some high-end models (such as Chongqing Chuke) support dynamic focusing technology, combined with high-speed scanning galvanometers, can achieve fine engraving within a large format range, suitable for complex patterns or QR code marking.

• Material adaptability: It can handle metals (such as hardware accessories) and some non-metallic materials (such as egg shells), especially in areas with high requirements for depth and smoothness.

• 2. Typical application scenarios

• Industrial manufacturing: identification and traceability of hardware accessories and mechanical parts, support high-precision QR code engraving, and meet the needs of industrial automation.

• Food and packaging: For example, non-contact laser marking of egg shells is environmentally friendly, pollution-free and durable.

• Electronics and precision instruments: Suitable for areas with high requirements for precision, such as marking of microelectronic components.

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