Enhance the precision and performance of your machining projects with this high-quality CNC Collet, crafted from premium 65Mn material for exceptional hardness and durability. Designed with a half-cone angle spindle for superior clamping force, this collet delivers reliable stability during milling, drilling, tapping, engraving, and various CNC applications. Engineered to provide strong clamping power with minimized noise, it ensures efficient and accurate tool holding in demanding workshop environments. Key Features: · Premium 65Mn Material: Manufactured using high-grade 65Mn steel, heat-treated and cold-drawn for enhanced strength, hardness between HRC 48-55°, and long-lasting wear resistance. · Exceptional Accuracy: Precision inner hole grinding achieves an impressive 0.005 mm tolerance, ensuring secure tool positioning and improved machining quality. · Superior Clamping Force: The half-cone angle design of the spindle collet enhances the grip strength, offering higher rigidity and minimizing slippage during operation. · Durable and Sturdy Construction: Quenching processing combined with carburizing depth greater than 0.8 mm results in a hardened surface and robust structure for extended service life. · Smooth Surface Finish: Engineered with a surface roughness of less than 0.8 mm, providing a refined texture that contributes to stable and smooth functionality. · Versatile Use: Widely applicable for milling, drilling, tapping, engraving, and other CNC machining tasks, making it an essential accessory for precision toolholding. Specifications: · Material: 65Mn Steel · Accuracy: 0.005 mm · Hardness: > HRC 48-55° · Carburizing Depth: > 0.8 mm · Surface Roughness: < 0.8 mm · Item Type: Collet Package Includes: · 1 x CNC Collet This CNC Collet combines advanced material processing with precise engineering to offer a robust and reliable toolholding solution. Its high rigidity, strong clamping force, and excellent accuracy make it ideal for professional and hobbyist machinists seeking enhanced machining performance and tool stability.