Applications

Built for broad versatility, our ultrafast laser systems handle complex materials across multiple industries, delivering superior control and consistent high‑precision results for modern manufacturing.

Automotive

CKD laser cutting and laser drilling machines shape flawless automotive glass, eliminating micro‑cracks and edge chipping for vehicle assembly.

Consumer 3C Electronics

Our laser equipment delivers ultra‑fine contours for UTG glass, supporting stable mass‑production for flagship consumer electronics.

PV & New Energy

Higher production yields for renewable‑energy modules — process solar glass with crisp edges using our CKD laser cutting machines.

Home Appliances

Advanced laser drilling & cutting refines household decorative glass, elevating visual finish for end‑consumer products.

Medical & Biotechnology

Powered by CKD laser technology, precision laser machining creates reliable components for strict medical diagnostic and implant scenarios.

Optics

High‑performance laser cutting & drilling processes optical glass and sapphire, meeting strict light‑transmission standards.

Jewelry & Artwork

Our laser equipment unlocks intricate custom shapes for crystal and gemstone, delivering consistent exquisite finishing.

Glass Laser Processing

Our laser equipment deliver high‑precision cutting, splitting and drilling for diverse glass materials, producing clean‑edge components with minimal thermal impact.

Laser Cleaning for Glue Removal

Semiconductor wafers require residue‑free adhesive removal without harming fragile substrates. CKD laser systems deliver accurate laser de‑bonding for sensitive micro‑component workflows.

Precision Metal Laser Cutting

See how our laser equipment handles precision cutting and fine hole making on thin‑sheet metal for tight‑tolerance manufacturing.

Ceramic Materials

Tough‑to‑process ceramic gains smooth finished surfaces with our CKD laser systems, bringing barely any thermal damage to raw stock.

Display Laser Debonding & Repair

Bright‑spot and bright‑line flaws compromise display‑panel yield. Laser equipment carries out pixel‑level defect repair and laser lifting for panel rework processes.

Applications

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