Factory Price Bt Mas 403 Bt50 - 12mm Shrink Chuck Er-plus Dual Contact/face & Taper - 120mm Gauge (ad/b) - Eroglu A Gift They'll Love [QgLW1AnS]

BT MAS 403 BT50 - 12mm Shrink Chuck ER-PLUS Dual Contact/Face & Taper

The Eroglu BT MAS 403 BT50 shrink chuck is a cutting-edge tool designed for precision machining operations. This chuck features a 12mm capacity and is part of the ER-PLUS system, which stands out for its innovative dual contact face and flanged face design. This unique construction enhances radial rigidity, providing a more stable and accurate gripping force on workpieces. The ER-PLUS system is a significant upgrade from standard tooling, offering improved performance and efficiency in various machining applications.

Technical Specifications and Key Features

This ER-PLUS shrink chuck boasts a range of technical specifications that set it apart. It features an AD/B form, which is ideal for various applications. The chuck's gauge measures 120mm, ensuring compatibility with a wide array of machinery. Key dimensions include a diameter of 24mm, a flange diameter of 32mm, and a length of 47mm. These specifications make the BT MAS 403 BT50 chuck suitable for a variety of tasks, from light-duty operations to heavy-duty machining. The chuck also offers superior gripping force and precision, making it a reliable choice for professional machinists.

Applications and Benefits

The BT MAS 403 BT50 shrink chuck is an indispensable tool for any machining workshop. Its dual contact face and flanged design provide enhanced stability and control, which is crucial for achieving high-quality finishes. This chuck is ideal for use in precision turning, milling, and drilling operations. The ER-PLUS system's superior rigidity ensures that the chuck can handle demanding tasks without compromising accuracy. With its wide range of applications, this chuck is a valuable asset for both hobbyists and professional machinists. Its ability to provide consistent performance makes it a go-to choice for those seeking reliability and efficiency in their machining processes.