If you’re still relying on mechanical routers, you’re playing a dangerous game with physical stress and microscopic component cracking. By moving to laser systems, high-end electronics plants are essentially deleting those headaches from the equation. We’re talking zero tool wear, precision down to ±20 microns, and the complete elimination of field failures caused by board flexure.
The hard truth is that mechanical separation methods (routing, V-cut, punching) rely on physical contact tools that degrade from the very first cut. To maintain 24/7 consistency, you don’t need a "better" router bit; you need to eliminate the physical contact entirely.
PCBSEP builds high-precision PCB Laser Depaneling Machines for high-volume OEMs. Eliminate mechanical stress, reduce scrap rates, and automate your SMT line with our Inline & Offline Singulation systems. Get a quote today.
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1) Werkstoffe im Überblick Keramik (Al₂O₃/AlN, HTCC/LTCC): Extrem hart, spröde, wärmeleitend, niedriger WAK. Mechanische Werkzeuge verursachen Risse und…
Das Nutzentrennen mit UV-Laser ermöglicht schmale Schnittfugen (≈20–50 µm), saubere Kanten und eine spannungsfreie Trennung. Dadurch wird die Nutzenausbeute erhöht und Nacharbeit im Vergleich zum Fräsen vermieden.
TL;DR 1) Grundlagen zu Schnittfuge und Abstand (die einzige Mathematik, die zählt) Formel für Bretter pro Platte (BPP) (keine Verschachtelung/Rotation): Nutzbare Breite = Plattenbreite – …