All-in-one Powrgrip® Sk50 (din 69871) Collet Chuck For Pgr25 Collet - 100mm Gauge - Emuge Franken Series [BY9UngG4]

powRgrip® SK50 Collet Chuck for PGR25 Collet

The powRgrip® SK50 Collet Chuck is a precision tool designed for use with PGR25 collets, offering exceptional performance and reliability. Engineered to meet the stringent requirements of DIN ISO 7388-1 (formerly DIN 69871), this collet chuck is a perfect fit for a variety of machining applications. With its steep taper shank and form AD design, it ensures secure and precise gripping of tools, enhancing the overall efficiency of your machining operations.

Key Product Features and Benefits

The powRgrip® SK50 Collet Chuck boasts several key features that set it apart from other collet chucks on the market. First and foremost, it features a taper quality of AT 3, which ensures a strong and secure grip on your tools. Additionally, the internal coolant supply capability makes it ideal for high-performance machining, as it helps to maintain tool life and surface finish quality. The high precision operation is achieved through fine balancing and concentricity deviation of less than 3 µm, which guarantees consistent and repeatable results.

• High precision operation with concentricity deviation <= 3 µm.
• Internal coolant supply for optimal tool performance.

Technical Specifications and Applications

The powRgrip® SK50 Collet Chuck is designed to accommodate collet sizes ranging from 3 to 20mm, making it versatile for a wide range of applications. With a diameter of 40mm and an outside diameter of 50.5mm, it provides ample space for tool installation and removal. The usable length of 81mm and the projecting length of 100mm ensure that the chuck fits comfortably within your machine's spindle. This collet chuck is compatible with ISO 7388-1 (DIN 69871) shank norms, ensuring compatibility with a wide range of machines. Whether you are working on metal cutting, turning, or drilling operations, the powRgrip® SK50 Collet Chuck is a reliable choice for achieving optimal performance and efficiency.