Products

Metal Bond Diamond Tools

High-Performance Metal Bond Diamond Tools Braemar USA’s metal bond diamond tools deliver high durability, tight tolerances, and consistent performance in demanding grinding environments. We use advanced metallic matrices and premium diamond to ensure strong form holding, low wear, and steady cutting efficiency on the hardest materials. These tools excel on carbide, ceramics, technical glass, sapphire, quartz, ferrite, composites, and optical substrates. Whether you need heavy stock removal or fine finishing, Braemar metal bond tools provide stable performance, long life, and reliable accuracy. Industries That Rely on Braemar Metal Bond Tools Aerospace, semiconductor, optical, carbide tooling, ceramic manufacturing, automotive, composite machining, and research facilities trust Braemar tools for consistent results. Our long-lasting metal bonds reduce downtime, improve dimensional control, and support automated grinding systems. Custom Engineering for Exact Applications Braemar customizes each metal bond tool to match your process. Choose coarse or micron-level grits, adjust diamond concentration, or specify bond hardness and matrix composition. We design profiles, coolant channels, internal ports, arbors, and reinforced bodies for added performance. These features improve chip flow, maintain diamond exposure, lower heat, and extend tool life at higher feed rates. Proven Precision Across Critical Industries With decades of experience in optics, semiconductors, aerospace, carbide machining, and ceramics, Braemar USA builds tools to strict performance standards. We maintain tight dimensions, uniform materials, and consistent wheel-to-wheel behavior from prototype to full production. U.S.-based manufacturing ensures fast lead times and quick technical support. Request a Custom Tool If you need a specific geometry, grit size, coolant design, or metal bond formulation, Braemar USA can build it to your exact specifications. We deliver custom metal bond tools with short lead times and precise tolerances.