Nakkaa 1/32-1/2 Inch JT33 Drill Chuck with MT1 and MT2 Morse Shank Compatible with Lathe Drilling Machine

Two Morse Taper Arbors MT1-JT33 and MT2-JT33 are provided so that the Drill Chuck can be used interchangeably between different equipments at any time. Both Morse Taper MT1 (#1) and Morse Taper MT2 (#2) to Jacobs Taper JT33. Clamping Range: 1/32" - 1/2"; Chuck Overall Length: 3.38in/86mm,Accuracy: 0.005",Chuck Mount : JT33. This 3-Jaw Chuck will mount into the headstock or tailstock of any lathe that accepts both #1MT and #2MT accessories. Package Includes: 4 Pack Drill Chuck Set

• Clamping Range: 1/32" - 1/2"; Chuck Overall Length: 3.38in/86mm,Accuracy: 0.005",Chuck Mount : JT33.
• Material: The drill chuck is made of high-strength high-speed steel. This material is specially treated to maintain hardness and strength at high temperatures, making it suitable for high-speed cutting and high-load tasks. Its excellent performance ensures that the drill chuck is not easily worn during long-term use, thus extending the service of the tool.
• Easy to use: The JT33 drill chuck installation and removal process is very simple, just a simple key rotation can be completed. This design improves work efficiency and is especially suitable for occasions where tools need to be changed frequently, reducing tool change time and making work more smooth.
• MT1 Shank:The compact and lightweight design of the MT1 makes it ideal for small machine tools and tools, making it easy to use, especially in small spaces. Although it is mainly used for low-load tasks, its clamping force is still reliable and can remain stable at low speeds, which is especially suitable for detailed processing, particularly for DIY projects or small works.
• MT2 Shank:Because of its versatility, MT2 is the ideal choice for small and medium-sized machine tools, compatible with a variety of equipment to meet different processing requirements. It provides strong clamping force and stability, suitable for medium load tasks, and effectively reduces the vibration of the bit during machining, thus ensuring machining quality.