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Palbit Cutting Tools are a leading provider of high-quality cutting tools for precision machining applications. They offer a wide range of milling tools including indexable milling, high feed system, face mill system, 90 degree square shoulder system, alu pro system, and a variety of carbide inserts.
Their indexable milling tools are specially designed for precision milling operations, providing efficient and precise results. These tools have replaceable cutting inserts, which allow for extended tool life and easy maintenance. They are perfect for high-volume production runs and are able to maintain a high level of precision throughout the entire milling process.
The High Feed System is specially designed for high-performance milling applications and high feed rates, providing efficient and precise results. It includes a variety of end mills and face mills with unique geometries, specially designed to optimise the cutting conditions in high feed rate milling.
The Face Mill System is specially designed for high-performance milling applications on a wide range of materials, providing efficient and precise results. It includes a variety of face mills with unique geometries, specially designed to optimise the cutting conditions in face milling.
The 90 Degree Square Shoulder System is specially designed for high-performance milling applications on a wide range of materials, providing efficient and precise results. It includes a variety of square shoulder mills with unique geometries, specially designed to optimise the cutting conditions in 90 degree square shoulder milling.
The Alu Pro System is specially designed for high-performance milling applications on aluminum and non-ferrous materials, providing efficient and precise results. It includes a variety of end mills and face mills with unique geometries, specially designed to optimise the cutting conditions in aluminum milling.
Palbit Cutting Tools also offers a variety of carbide inserts for indexable milling tools, which are made from high-performance sintered powdered metal alloy, providing exceptional durability and longevity. They have a higher heat resistance, wear resistance, and red-hardness than HSS-E. They are suitable for high-performance milling applications and are able to withstand high cutting speeds and high temperatures. They come in a wide range of geometries and grades to accommodate different milling tasks and materials.
