Key Words: Silicon Wafer Dicing PCB Depaneling Glass Cutting
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【Description】：
Precision laser cutting, micro-drilling, and structuring for brittle solid-state electrolyte ceramics, ceramic-coated films, and thin glass separators. Request a technical solution.
Solid-state electrolyte ceramics, ceramic-coated films and thin glass separators sit at the core of next-generation battery and energy storage systems — thin, brittle, and unforgiving of the mechanical stress that conventional processing introduces.
Solid-state electrolyte ceramics are processed at thicknesses where mechanical contact easily seeds cracks that compromise ionic conductivity across the layer.
Ceramic-coated films combine a flexible substrate with a brittle coating, and each layer responds differently to heat and mechanical stress during cutting or drilling.
Thin glass separators must keep their porous structure intact at the cut edge — any melting or debris can block ion transport or create a short-circuit risk.
Battery module and energy storage system manufacturing runs at high volume, so the process must hold tight tolerance consistently across long production runs.
Electrolyte ceramic sheets, coated films, and thin separators are cut to outline with minimal mechanical load, preserving layer integrity at the edge.
Fine through-holes for electrode tabs and venting features are formed without melting or clogging the surrounding porous structure.
Slots and cutouts for module assembly and thermal management are machined without introducing stress risers that propagate under cell operating conditions.
Controlled surface texturing improves interface bonding and ion transport pathways across electrolyte and coating layers.
Microscopic processing results showing clean edges, preserved porosity, and precise geometry control.
These are the industry segments where Chanxan laser systems are deployed for new energy materials processing.
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