In the case of boring mills, the size of the part is restricted by the particular performance of horizontal boring equipment as well as by the cutting depth required by a function in such component. Successful machining of very huge parts becomes possible due to lathe functions. In some situations, it can be executed for even larger workpieces. When it comes to determining the cost and function of a work piece, material selection is very important. Hence, the engineer should fully define the most essential properties for material design, hardness, stiffness, thermal stability, chemical resistance, and many more.
More interesting is the fact that any design, both simple and complex, made easier through CNC machining. As for complicated cuts, such as shaped geometry or more faces to cut, it needs further installation or cutting time of the parts on the horizontal boring equipment. Additionally, 5-axis machining technology allows the production of different complex parts in a much more convenient way. Horizontal boring mills utilize this technology-enabled coordinated motion, allowing for the manufacturing of various complex parts more efficiently. Their configurations are minimized, better surface finishes are attained, higher cutting speeds are reached, and more efficient tool paths are created.
TOS America is the exclusive Canadian importer of Fermat boring mills, the best in terms of quality and longevity. We always aim to offer top-class customer service, combined with our state-of-the-art equipment.