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約Seprays
Founded in Taiwan(Genitec) in 1993, Seprays 主 技術のR&Dとイノベーション. に 2002ので、 支店を開設し東莞 (which was upgraded and reorganized into a 子会社2013年)全責任者 研究開発、生産、販売、販売後の技術トレーニングサービスを確保 急速な対応を総合的に支援 for customer needs. To further expand production, in 2003, it 購入した20ヘクタールの畑に浙江省 を設置 20,000-square-meter modern industrial plant, thereby 生産能力と製造能力.
Sepraysは、PCB/FPC depaneling分野で30年以上に渡 その主な製品 フライスカッター depanelers, レーザー depanelers, V溝depanelersは、 プレス加工depanelersなど 自動入出庫シ 前後両端depanelingを含むプレートを配置。 です ハイテクノロジー企業の融合研究開発、生産、販売、サービスです。
Sepraysの提供全ての機器サービスにフォーチュン-グローバル500に、中国のトップ500社含む Foxconn,Flextronics、グリッドLuxshare,Compal,Wistron、ボッシュは、中国電子量子コンピュータCRRC株式会社、中国航空宇宙科学技術株式会社、OPPO、ZTEなど 中堅-中小企業. Seprays全パネル分離ラインに広く使用されて工場の工-販売事業を行っております。
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pcbの完全なソリューションをdepaneling
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長年の経験装産業機器製造
180+
特許&証明書
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Seprays depaneling機から信頼される3,000点以上の業界リーダーです。
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新着情報
When Should You Choose a Fixtureless PCB Separator?
Fixtureless PCB separation sounds attractive when production teams are dealing with frequent PCB changes. No dedicated fixture to store. No fixture change every time the product changes. Less preparation before production. But there is a catch. A fixtureless process is not automatically the better choice. The real question is whether the PCB can be separated reliably without depending on a dedicated mechanical fixture. For some semiconductor and electronics manufacturers, that can save time and reduce recurring tooling costs. For others, a properly designed fixture still provides better support and repeatability. So when should you choose a fixtureless approach? 🏭 Start With the Production Problem Imagine a factory running eight PCB models during the same week. Model A runs in the
PCB Routing in Action: A Real-World Depaneling Solution at a Customer Production Site
PCB routing sounds simple until it becomes part of a real production line. A semiconductor electronics manufacturer was facing a familiar problem: the PCB panels were changing, production volume was increasing, and manual separation was becoming harder to control. The team did not simply need a faster cutter. They needed a process that could load the panel, locate it correctly, follow the programmed contour, and separate the boards with consistent edge quality. This is where a GAM330 automatic PCB router machine from Seprays Group was evaluated for the production application. 🏭 Customer Production Challenge The customer manufactures electronic assemblies used in a semiconductor-related application. At first, the depaneling process looked manageable. But several small problems started adding up. Operators had
PCB Milling in Action: A Real-World Depaneling Solution at a Customer Production Site
PCB milling is not always the first process engineers think about when choosing a depaneling method. But on a real production line, the question is usually more practical: Can we separate the boards cleanly without damaging components, slowing production, or creating unnecessary costs? That question became particularly relevant at a semiconductor electronics manufacturing site where the production team was working with different PCB outlines, relatively high-value assemblies, and frequent product changes. Instead of looking for the fastest cutting method on paper, the team focused on something more useful: which process could remain stable when the PCB design changed? 🏭 The Production Problem Was More Than Just Cutting The customer was producing electronic assemblies for semiconductor-related equipment. The PCB panels were
Automated Laser PCB Depaneling for AI Hardware and High-Performance Electronics Manufacturing
Automated Laser PCB Depaneling becomes much more interesting when the PCB is no longer a simple board. AI servers, semiconductor equipment, automotive electronics, and high-performance computing systems often use boards with dense components, fine traces, unusual outlines, and tighter quality requirements. In these applications, the question is not simply, “How fast can we separate the panel?” A better question is: Can the separation process keep up with the board’s accuracy, quality, and automation requirements? That is where laser processing starts to make practical sense. 🔍 Why AI Hardware Changes the Depaneling Problem AI hardware is pushing electronics manufacturing toward higher component density and more complex PCB structures. A small amount of mechanical stress can become a quality concern when components
