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The Challenge of Cutting Fused Silica Without DamageFused silica has a small ductile-to-brittle transition depth and wears diamond tools severely, so conventional diamond cutting cannot
...The Challenge of Poisson-Effect Bending in Ultrasonic CuttingOne-dimensional ultrasonic vibration induces a bending vibration in the cutting depth direction through the Poisson effect, and this
...The Challenge of Predicting Shoulder Damage in ZnSeThe shoulder region of ZnSe components machined by diamond turning carries damage that affects the service performance and
...The Challenge of Anisotropic Brittle Response in ZnSeZinc selenide’s soft-brittle characteristics cause cracks and pits during cutting, and polycrystalline ZnSe adds grain-level anisotropy that further
...The Challenge of Polishing the Difficult M-Plane of SapphireThe M-plane of sapphire is needed for high-efficiency optical and electronic devices, but it is far more
...The Challenge of Enhancing the Chemical Contribution in Sapphire CMPSapphire CMP is limited by the weak chemical contribution to the removal, because the material is
...The Challenge of Green Polishing of SapphireSapphire polishing has traditionally depended on strong acids and alkalis that carry a heavy environmental burden, and the aggressive
...The Challenge of Removing the Initial Roughness of CVD DiamondCVD-grown diamond surfaces start with a roughness that is far too high for optical use, and
...The Challenge of Finishing Strain-Hardening SuperalloysInconel 718 is the standard material for high-temperature turbine components, but its severe strain hardening and high cutting temperatures make
...The Challenge of Machining Thin Integral Blisk BladesIntegral blisks are critical to modern aero engines, but their thin, low-rigidity blades with complex boundary conditions deform
...The Challenge of Machining High-Strength Titanium AlloysTC21 titanium alloy combines high strength with high ductility, making it valuable for aerospace structural components but extremely difficult
...The Challenge of Removing the Damage Layer From Oxygen-Free CopperOxygen-free copper (OFC) is used in vacuum, aerospace and electronic applications where surface purity and flatness
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