Performance Milling Tool Holder Key Benefits Precision Performance: Engineered for exceptional concentricity, ensuring accurate cutting results even at speeds. Supports substantial load capacity while maintaining stable operation. Compatible with lathe chucks, end mill holders, and shank shells, making it versatile for a wide range of lathe accessories. Strength and Durability: Produced using vacuum quenching and carbonitriding treatment for enhanced surface hardness. Provides greater fatigue resistance at the interface and longlasting wear protection, ideal for continuous professional machining work. Reduced Vibration and Enhanced Accuracy: Optimized balance with dynamic balancing structure minimizes eccentricity and cutting vibration, enabling smoother speed operations and precise machining results. LongTerm Stability: Complete body finishing and finely ground inner bore improve gripping force, stability, and accuracy. Maintains performance during heavyduty milling or turning tasks over prolonged use. Specifications and Features Material: strength steel with precision heat treatment for durability Surface Hardness: Achieved through advanced quenching and carbonitriding for long service life Compatibility: Suitable for lathe chucks, end mill holders, and various shank shells Function: Stable and accurate tool holding in milling and turning applications Performance: Designed for speed and heavyload professional machining environments Practical Applications 1. Precision Milling: Delivers accurate cuts in metalworking shops using end mill holders at spindle speeds. 2. HeavyDuty Turning: Maintains stable grip on cutting tools during lathe operations that require consistent alignment under load. 3. Component Fabrication: Ensures repeatable accuracy in manufacturing precision components for automotive, aerospace, or mechanical assemblies. This milling tool holder combines accuracy, robust construction, vibration control, and stability, making it a dependable choice for demanding machining operations where precision and reliability are critical.