Thin Blade Cutting
Ultra-thin diamond blade cutting solutions for precise, narrow-kerf slicing and sectioning of hard, brittle and high-value materials.
APPLICATION OVERVIEW
HANS provides ultra-thin diamond cutting blades for precision slicing and sectioning applications requiring narrow kerf, dimensional accuracy and controlled edge quality. These tools are suitable for glass, quartz, sapphire, technical ceramics, silicon, silicon carbide, carbide, gemstones, graphite, composites and laboratory specimens. Blade diameter, thickness, diamond grit and bond system can be selected according to the material and cutting requirements.
KEY CHALLENGES
Thin-section cutting requires a balance between blade rigidity and minimum kerf width. Excessive cutting forces, blade deflection, heat or inappropriate abrasive selection can cause chipping, cracking, dimensional variation, poor cut surfaces and unnecessary loss of high-value material.
RECOMMENDED SOLUTIONS
HANS offers ultra-thin diamond saw blades, continuous-rim diamond blades and precision diamond cutting discs in different diameters, thicknesses, grit sizes and bond systems. Blade specifications can be optimized for low material loss, controlled cutting forces, edge quality and precision slicing of hard and brittle materials.
KEY BENEFITS
HANS offers ultra-thin diamond saw blades, continuous-rim diamond blades and precision diamond cutting discs in different diameters, thicknesses, grit sizes and bond systems. Blade specifications can be optimized for low material loss, controlled cutting forces, edge quality and precision slicing of hard and brittle materials.
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