3-Jaw Lathe Chuck, 8'', Self-Centering Lathe and similar items

3-Jaw Lathe Chuck, 8'', Self-Centering Lathe Chuck, in/4-200 mm Clamping Range with T-key Fixing Screws Hexagon Wrench, for Lathe 3D Printer Machining Center Milling Drilling Machine Superior HT300 Material: Our 3-jaw lathe chuck is constructed from HT300 material, 20Cr steel chuck jaw with 53HRC hardness, and 40Cr steel scroll with 45HRC hardness. The lathe chuck is quenching hardened for superior hardness and rust resistance, providing outstanding working performance and reliability for both small and large workpieces. High Precision: A high-precision machining process is adopted to ensure the structural stability and machining accuracy of the 3-jaw chuck. The self-centering lathe part contains a delicate bevel gear and three pinion gears, which help to achieve precise machining progress. Bearing tolerance is ? mm / in. Dual-Use Jaw: The chuck jaws can be used as both internal jaw and external jaw. The external jaws are capable of clamping larger-sized industrial parts. in/4-200 mm clamping range provides precise clamping and securing of various industrial components. Simple Easy Operation: The 3-jaw lathe chuck features a simple and compact structure, pursuing the best balance of function and reliability. The built-in self-centering function allows you to use it without repeated calibration. All you need to do is install it in the right order and use it with peace of mind. Applicable to Various Lathes: Our self-centering lathe chuck is highly adaptable to meet your usage requirements, whether you are working in metal machining, drilling, or milling. By using our lathe chuck, you can improve machining efficiency and operational flexibility, achieving accurate and consistent results. 8'' 3-Jaw Self-Centering Lathe Chuck The 8'' 3-jaw lathe chuck is made of high-strength HT300 material with strong compression resistance and long service life. It can be used as internal and external jaws to clamp larger-sized industrial components and a self-centering function to avoid repeated calibration.