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The 130 lathe four-jaw chuck is one of the essential tools in the turning industry, used for holding medium-diameter workpieces. This device is made of hardened alloy steel, providing high resistance against mechanical pressure and wear, and it can securely fix workpieces with very high precision. The jaws of this four-jaw chuck move independently, allowing it to hold eccentric or irregularly shaped pieces, thereby ensuring increased accuracy and final product quality. This product is commonly used in industrial and semi-industrial workshops, and its standard design helps increase both speed and safety during turning operations.
Structurally, the 130 lathe four-jaw chuck consists of a sturdy body, hardened jaws, and a power transmission mechanism that usually operates through gears or a spiral system. This power transmission system ensures the jaws move synchronously and precisely to firmly grip the workpiece in the best possible way. Additionally, the well-engineered design of this device reduces vibrations and increases stability during operation, which plays a significant role in improving the finished surface quality. When selecting this four-jaw chuck, attention to parameters such as jaw opening diameter, jaw type, body material, and compatibility with the lathe machine is essential to guarantee optimal performance and long service life.
WEBSITE: Four regular systems of lathe 130 Iran
The technical and structural specifications of the 130 lathe four-jaw chuck include a durable body made of hardened alloy steel, designed to withstand heavy mechanical pressure and severe wear. This four-jaw chuck features four independent jaws that can be individually adjusted, allowing it to hold irregularly shaped workpieces with varying diameters. The internal mechanism of this device is typically gear or scroll type, which evenly and precisely transfers the motors power to the jaws, ensuring the workpiece is firmly secured without slipping during the turning operation. The precise and standardized design of the 130 four-jaw chuck reduces vibrations and increases the stability of the workpiece, which in turn improves the final surface quality of the turned piece. Additionally, attention to the chuck’s jaw opening size and clamping capacity plays a crucial role in its selection to guarantee optimal performance in the lathe machine.
