The M2028/M2029 octagon facemilling cutters from Walter delivers high feed rates and lower tooling costs for a wide variety of roughing and finishing applications, thanks in large measure to their stable, negative, double-sided inserts that feature 16 cutting edges.
The versatile M2028 for roughing and M2029 for finishing are suitable for use with ISO material groups P. M, K, and S in a broad range of automotive, aerospace, energy, railway and general machining applications. Field tests for both against leading competitors have yielded dramatic results. The M2029, for example, showed tool life increases in the number of machined parts from 30 to 80 for a turbo housing. It also yielded a machining time reduction of 31%.
A unique feature of the inserts, which are available in Tiger∙tec Gold, is that they have marks on the top for easy recognition of geometry and a DOC. Depending on the cutter, the geometries available are the D57 geometry for stable cutting at high feed rates in unfavorable conditions, the F57 geometry for universal use under medium conditions and the light cutting F67 geometry for low cutting forces and medium feed rates under good conditions. These geometries are available in grades WKP35G, WSP45S and WSM35S.
Form of milling that produces a flat surface generally at right angles to the rotating axis of a cutter having teeth or inserts both on its periphery and on its end face.
Walter has introduced single-sided indexable inserts with new HU5 geometry. These HU5 inserts can dramatically boost productivity particularly in rough machining of stainless steels and heat-resistant superalloys and secondarily in steel. They are typically used in machining AISI 316 material,…
Walter has expanded its productive and cost-effective Walter Perform lineup of TC115/TC216 taps with an array of new sizes, giving these highly flexible taps an even wider range of application in a variety of materials. They provide an excellent means of cost savings, especially with small and…
Walter has introduced the M4130, a shoulder milling cutter that reduces costs through its ability to use Walter’s universal M4000 system inserts in a variety of different applications. It’s soft cutting action makes the M4130 shoulder milling cutter ideal for roughing operations involving steel,…
Walter has released the TC620 Supreme thread milling cutter, enabling threading that combines maximum productivity with superior process reliability. Its multiple-row concept with its lower cutting forces not only reduces machine time and wear, but also improves process reliability and handling,…
The DC160 X∙treme Evo Advance solid-carbide universal drill from Walter, features exceptional positioning accuracy. This is achieved with its innovative new thinner web at the point; rapid guidance in the hole due to the advanced positioning of the margins; and high productivity in many different…
Walter has expanded its cost-effective, flexible M4000 milling cutter system with the addition of the new M4791 routing cutter. Capable of plunging in solid material and producing a true flat bottom, the new routing cutters have an application in both lathes and machining centers.
Walter has introduced the Walter BLAXX F5055, a slitting cutter with excellent process reliability, accuracy and tool life. It teams the extremely robust and precise construction of Walter BLAXX with the Walter Cut SX system of inserts.
Walter has introduced the MC319/MC320 Advance Line of solid-carbide milling cutters that have been specially engineered for roughing. The Advance lineup is one of the three categories to Walter milling tools.
Walter has introduced the D4120, an indexable insert drill, (with up to 5 x Dc) that combines superior performance, enhanced precision and cost-effectiveness due to Walter’s technological advancements.
Walter has introduced new PCBN grades for improved turning of hardened steel up to 65 HRC. These grades (WBH10C, WBH10 and WBH20) provide users with an array of benefits. High-quality surface finish due to unique new wiper geometry (MW2) and long tool life with the new TiAlSiN-coated grade (WBH10C…
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