Satisfaction Guaranteed Din 69871 Sk30 - Er25 Collet Chuck Er-plus Dual Contact/face & Taper - 100mm Gauge (ad) - Eroglu See Details [LqA6xTHl]

DIN 69871 SK30 ER25 Collet Chuck ER-Plus Dual Contact/Face & Taper

The Eroglu DIN 69871 SK30 ER25 Collet Chuck ER-Plus Dual Contact/Face & Taper is a premium tooling solution designed for precision machining applications. This 100mm gauge chuck features an advanced ER-Plus system, which offers dual contact by shank and flanged face, significantly enhancing radial rigidity. This innovative design ensures superior performance and reliability in high-precision operations. Key benefits include:

• Increased radial rigidity for improved stability and precision.
• Dual contact for enhanced grip and reduced vibration.

Technical Specifications and Features

The SK30 ERP ER-Plus collet chuck is engineered with meticulous attention to detail. It boasts an A (gauge) of 100mm and a D dimension of 42mm, making it suitable for a wide range of applications. The form is AD, and it has a capacity of ER25 (2-16). This collet chuck is crafted from high-quality materials, ensuring durability and long-lasting performance. Key features include:

• ER25 collet capacity (2-16)
• 100mm gauge
• 42mm D dimension
• AD form

Applications and Benefits

The Eroglu DIN 69871 SK30 ER25 Collet Chuck ER-Plus Dual Contact/Face & Taper is an ideal choice for a variety of precision machining applications. Its advanced design and robust construction make it suitable for use in industries such as aerospace, automotive, and medical, where high precision and reliability are paramount. The dual contact feature ensures a stable and secure grip, reducing the risk of tool breakage and improving overall productivity. Target audience includes:

• Engineers and machinists
• Manufacturers in aerospace, automotive, and medical industries
• Precision machining professionals

This collet chuck is not only a testament to Eroglu's commitment to quality but also a valuable addition to any machine shop looking to enhance its precision and efficiency.