Whether machining steel, stainless steel, high temperature alloy or cast iron, Widia grades enable you to consistently achieve the longest service life every time. The highest stability and process security are also guaranteed by the use Widia toolholders.The Toolskit turning inserts range can be relied on, especially with the Widia coated grades, where each insert is a specialist in its field.
CBN and PCD Inserts
• PcBN can be used for machining steels with a hardness higher than 48 HRC. • PcBN inserts can also be used for productivity improvements in machining cast irons and high-temp alloys. • PCD inserts are used for machining non-ferrous materials.
• Ceramic inserts are a great choice for productive machining of high-temp alloys. • Negative rake inserts are also recommended for the machining of hardened materials and cast irons. • Available in fl at-top geometries with moulded and ground peripheries.
External Turning Tool Holders
Whatever your operation requirements — from light fi nishing cuts at very high cutting speeds to heavy roughing applications — there is a WIDIA solution to meet your needs. The complete programme includes toolholders for pin-, screw-, or clamp-type holding.
Internal Turning Boring Bars
WIDIA boring bars, available with both a conventional steel shank or a vibration-resistant carbide shank and coolant hole, guarantee consistent results and enhanced production reliability.
Speciality Small Boring Tools
We have WIDIA line of micro boring bars provide accurate holemaking tooling in diameters as small as 1,57mm. These economical, indexable inserts are available in both steel and carbide shanks and are stocked in both metric and inch sizes. Ideal for a wide range of applications, including precision micro boring
Wida's Turning Inserts have below benefits:- • Reduced cycle times: high speed and feed capabilities. • Long tool life: new multilayer coating provides better wear resistance. • Proven seating: smooth and secure seating surface. • Specifically engineered multilayer coating and chip groove geometries provide high-speed capability with effective chipbreaking for finishing to roughing operations.