Lab Tested 7792vxd-ic12 High-feed Shell Mill 52mm Max Cut Dia With 6-flutes 6025274 Slash 80% Off The Price [nVhDRT3m]

7792VXD-IC12 High-Feed Shell Mill Overview

Introducing the 7792VXD-IC12 High-Feed Shell Mill, a cutting-edge tool designed for precision and efficiency in high-temp alloy machining. This mill stands out for its ultra-fine pitch cutters, which significantly enhance material removal rates, making it an ideal choice for demanding applications. The positive design of this mill supports lower cutting forces and extended overhang usage, ensuring a stable and durable performance. With ramping and plunge milling capabilities, it offers versatility and adaptability to various machining tasks.

Technical Specifications and Features

Featuring a 52mm maximum cutting diameter, the 7792VXD-IC12 is equipped with 6-flutes for optimal chip clearance. The adapter type is A-Socket Head Cap Screw, providing secure and stable mounting. With a [D] Adapter Diameter of 0.867 inches and [D1] Effective Cutting Diameter of 1.3235 inches, this mill is designed to handle a wide range of materials and operations. It boasts a [D1MAX] Maximum Cutting Diameter of 2.0394 inches, allowing for deep cuts and intricate shapes. The [AP1MAX] Maximum Cut Depth is 0.0984 inches, ensuring precise and accurate machining. With a maximum RPM of 22,000, this mill is built for high-speed operations.

Applications and Benefits

Whether you're working on complex metalworking projects or looking to improve your precision machining capabilities, the 7792VXD-IC12 High-Feed Shell Mill is the perfect tool for you. Its high material removal rates and long overhang usage make it ideal for high-temp alloys, ensuring efficient and reliable performance. The ramping and plunge milling capabilities provide the flexibility to tackle a variety of machining tasks. With the 7792VXD-IC12, you can achieve precise and accurate cuts, delivering superior quality results. This versatile mill is suitable for a wide range of industries, including aerospace, automotive, and general engineering.