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The 100 four-jaw lathe chuck is a vital tool in the turning process that, with its precise design and sturdy structure, plays an important role in securely and stably holding the workpiece. This device is typically made from hardened alloy steel to ensure high resistance against wear, mechanical pressure, and heat generated during turning operations. The 100 four-jaw chuck features independently adjustable jaws, allowing it to hold workpieces of various shapes and sizes, which significantly enhances the accuracy and final quality of the workpiece. Additionally, its internal mechanism is usually of a spiral or gear type, ensuring uniform force transmission to the jaws and providing better stability and control during operation.
Structurally, the 100 four-jaw lathe chuck has a heavy and robust body that minimizes vibration and increases the stability of the workpiece throughout the process. The hardened jaws increase durability and wear resistance, and their precise design plays a crucial role in improving the quality of the machined surface. Furthermore, the 100 four-jaw chuck is typically available in standard sizes, making it compatible with various lathe machines. Due to its unique technical and structural features, choosing this type of four-jaw chuck is an excellent option for enhancing efficiency and precision in turning operations.
Application : گیرنده قطعه کار در دستگاه تراش
Size : از سایز 80 - 100 - 125 - 130 - 160 - 180 - 200 - 250 - 315 - 320 - 400 - 800 - 1000
Machinery : تراش رومیزی ، دستگاه تراش بزرگ ، دستگاه تراش CNC
WEBSITE: Four systems of lathe 100 Iran
The 100 mm four-jaw lathe chuck is a crucial tool in machining operations, known for its ability to independently adjust each of its jaws—making it ideal for holding irregular or non-cylindrical workpieces. This chuck is typically made from hardened alloy steel, offering high resistance to wear, impact, and mechanical stress. With a body diameter of 100 millimeters, each jaw can be adjusted separately, allowing for precise centering and secure clamping of the workpiece. Its internal mechanism usually includes a gear or scroll system operated by a dedicated chuck key, ensuring controlled jaw movement. The strong construction, accurate gripping performance, and reliable operation at varying rotation speeds are among its key technical advantages. This type of four-jaw chuck is especially suitable for machining complex, asymmetrical, or square-shaped parts and is widely used in metalworking, toolmaking, and precision manufacturing industries.