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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
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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
Inline PCB Depaneling Machines for Smart Factories in 2026
Inline PCB Depaneling Machines are becoming a serious topic inside modern SMT factories. Not because they look more advanced.Not because “Industry 4.0” sounds impressive. But because many production lines in 2026 are reaching a point where manual depaneling is becoming the bottleneck. A factory may already have: Yet the depaneling process still relies on operators to load and unload panels manually. That mismatch creates hidden inefficiencies. And as labor costs rise and product designs become more complex, more manufacturers are rethinking how depaneling fits into the entire production flow. 🔍 What Is an Inline PCB Depaneling Machine? An inline depaneling system connects directly with the SMT production line. Instead of separating boards offline at a separate workstation, the PCB moves
Laser vs Saw vs Router PCB Depaneling: Which Is Better in 2026?
Laser vs Saw vs Router PCB Depaneling is no longer just a technical comparison for process engineers. In 2026, it will directly affect: And here’s the interesting part: There is no single “best” depaneling method anymore. What works perfectly for consumer electronics may fail in automotive production.What saves cost in high-volume manufacturing may create problems in high-mix environments. That’s why more manufacturers are evaluating depaneling from a process perspective — not just machine specifications. 🔍 Why Choosing the Wrong Depaneling Method Gets Expensive Fast A surprising number of production issues start after SMT assembly. Not during soldering. Not during testing. But during depaneling. Factories often experience: The difficult part? These problems are sometimes blamed on PCB design or assembly quality.
Why Semiconductor Manufacturers Need Ultra-Precision PCB Depaneling in 2026
Ultra-Precision PCB Depaneling is becoming a serious topic of discussion within semiconductor manufacturing facilities in 2026. Not because it sounds advanced.But because the margin for error is shrinking fast. A semiconductor customer once shared something surprisingly simple during a factory visit: “One tiny cutting deviation can ruin an entire high-value board.” That statement stayed with many engineers in the room. Today’s semiconductor PCBAs are: And the depaneling process — once considered a minor production step — is now directly tied to product reliability. 🔍 Why Semiconductor PCBAs Are More Difficult to Depanel Today Five years ago, many depaneling systems could tolerate small process variations. In 2026? Not anymore. Semiconductor-related PCBAs increasingly include: Some components are positioned extremely close to the
PCB Router Machine Buying Guide for Electronics Manufacturers
PCB Router Machine selection has become far more complicated in 2026 than many manufacturers expected. A few years ago, buyers mainly compared price and cutting speed.Today, the conversation is different. Factories now care about: And one important reality is often overlooked: The “best” router machine depends heavily on your PCB type, production model, and future expansion plans. A machine that performs well for consumer electronics may not fit automotive, medical, or industrial applications. 🔍 Why PCB Router Machines Still Matter in 2026 Despite the growth of laser depaneling, router depaneling remains one of the most widely used methods in electronics manufacturing. Why? Because it offers a practical balance between: Especially for: For many factories, router depaneling is still the most
