Metal cutting disc

for ceramicsfor metal alloyselectroplated diamond

Overview
Ultra‑thin diamond cutting discs are produced by either edge electroplating or edge‑sintering processes. They are engineered for precision cutting of cemented carbides, technical ceramics, optical glass and other brittle materials, particularly for thin or small workpieces where dimensional accuracy and edge quality are critical.

Versions and typical sizes
Diamond cutting disc (edge electroplated): manufactured by edge electroplating, suited to precision cutting of thin, small crystalline, ceramic, glass and alloy components. Typical sizes: Φ100×0.4×12.7mm; Φ150×0.5×12.7mm.

Diamond cutting disc (edge sintered): manufactured by edge sintering, offering high precision and extended service life for brittle and hard materials. Typical sizes: Φ100×0.5×20mm; Φ200×1×32mm.

Characteristics / Technical specifications

• Product type: Ultra‑thin diamond cutting discs
• Manufacturing methods: Edge electroplating (electroplated edge) and edge sintering (sintered/inlaid edge)
• Primary applications: Precision cutting of cemented carbide, ceramic materials, optical glass and other brittle metallic materials
• Key technical properties: High cutting precision, suitable for thin/small workpieces, extended service life (process‑dependent)
• Available examples: Φ100×0.4×12.7mm; Φ150×0.5×12.7mm (edge electroplated) — Φ100×0.5×20mm; Φ200×1×32mm (edge sintered)

Recommended applications

• Precision component cutting in tooling and mold industries
• Optical glass and lens blank trimming
• Ceramic and carbide part sizing in electronics and precision engineering
• Cutting thin/small parts where minimal material removal and high accuracy are required