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에 대한 Seprays
Founded in Taiwan(Genitec) in 1993, Seprays 에 초점을 맞추고 기술 R&D 혁신. 에 2002그 에 지점을 설립하 Dongguan (which was upgraded and reorganized into a 2013 년에는 자회사),에 대해 책임을 져야 R&D,생산,판매 및 판매 후 기술 교육 서비스보 신속한 응답이고 포괄적인 지원 for customer needs. To further expand production, in 2003, it 구매하는 거의 20 에이커의 땅에서는 절강성 설립 20,000-square-meter modern industrial plant, thereby 증가하고 생산 능력 및 제조 능력.
Seprays 전념하고있/PCB FPC 진 분야에 대한 30 년 이상이다. 그것의 주요 제품은 다음을 포함합니다 밀링 커터 depanelers, 레이저 depanelers, V-groove depanelers고 스탬핑 depanelers뿐만 아니라, 자동화 로딩 및 언 로딩 솔루션 에 대한 전면 및 후면 끝의 구분 포함하여 플레이트에 배치했다. 그것은 high-tech enterprise integrating R&D,생산,판매하고,서비스가 프로페셔널하다.
Seprays 제공합의 완전한 라인 장비 서비스를 Fortune Global500 그리고 중국 최고 회사 500함 Foxconn,Flextronics,상태,그리드 강제 여전히 완화,컴팔,Wistron,Bosch,중국 전자공학,양자 컴퓨터,CRRC Corporation 제한된,중국 항공 우주 과학과 기술 Corporation,OPPO,및 ZTE뿐만 아니라, 중소기업. Seprays'완판 분리 선에서에서 널리 이용 된 공장이 모두 국내 및 국제적으로 합니다.
Global을 위한 서비스
PCB 디판링 토탈 솔루션입니다
31
국가&지역
33
는 경험의 년에서 SMT 산업 장비 제조
180+
특허 및 인증서
파트너
Seprays 진 기계—신뢰할 수 있 3,000 개 이상의 업계 지도자들은 세계적입니다.
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뉴스
How to Choose an Automatic V-Cut PCB Depaneling Solution for High-Volume Electronics Manufacturing
Automatic V-Cut PCB depaneling solution selection often starts with one question: How fast can it separate our panels? In a real factory, that is only part of the answer. If production is running multiple shifts, operators are handling hundreds or thousands of panels, and product changeovers happen regularly, the bigger issue is consistency. A machine must fit the PCB design, production rhythm, quality requirements, and downstream process. The right choice is not necessarily the fastest machine. It is the one that removes the bottleneck without creating another one. 🔍 Start With the PCB, Not the Machine V-Cut separation works best when boards already have clearly defined V-grooves. Before comparing equipment, check: For example, a panel with straight V-grooves may be
What Is PCB Milling and When Should You Use It for Depaneling?
PCB milling is one of those processes that look simple until the PCB becomes more complex. The basic idea is straightforward: a high-speed rotating cutter follows a programmed path and separates individual boards from a larger panel. But once components move close to the edge, board shapes become irregular, or production volumes increase, the choice of depaneling method becomes much more important. For many manufacturers, the real question is not simply “Can milling cut this PCB?” It is: “Will milling give us the right balance of accuracy, board protection, flexibility, and production cost?” 🔍 What Is PCB Milling? PCB milling uses a rotating cutting tool to remove material along a defined path. Unlike V-groove separation, it does not require the
How to Select a PCB Routing Solution Based on PCB Design and Production Volume
PCB routing solution selection often starts with a machine quotation. That is understandable. Purchasing teams want to know the price, cutting speed, and delivery time. But engineers usually discover something else during production: the right machine depends much more on the PCB itself and how many boards the factory needs to process. A routing system that works well for a 500-panel monthly production may be completely different from one running several thousand panels per day. So, before comparing models, start with two questions: What does the PCB look like? And how much production does it need to handle? 🔍 Start With the PCB Design PCB geometry should be the first filter. If the panel has irregular outlines, internal cutouts, narrow
7 Mistakes to Avoid When Buying a PCB Milling Machine
Buying a PCB milling machine can look straightforward on paper. Compare cutting speed, working area, spindle power, price, and automation level. Pick the machine that appears to offer the most. In practice, that approach often leads to expensive surprises. A machine may be fast but poorly matched to the board design. A cheaper model may require more manual work. A highly automated system may be unnecessary for a factory running only a few hundred panels a day. The better question is not, “Which machine has the best specifications?” It is, “Which machine fits the way we actually produce PCBs?” Here are seven mistakes worth avoiding before making that decision. 🔎 1. Choosing the Machine Before Checking the PCB The first
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