The Kennametal APX series of ROCTEC nozzles provide 20 percent greater life than the industry-leading ROCTEC 500 waterjet series, which already significantly outperforms other conventional tungsten carbide nozzles. The APX nozzles are suitable for use in precision cutting applications where long, uninterrupted cuts or close tolerances must be maintained for long periods to maintain part integrity or minimize expensive scrap due to premature nozzle failure.
"We're always trying to push the boundaries of performance, and we heard from customers the need for even greater productivity—to make longer cuts, gain more flexibility, and produce better parts on their waterjet machines," says Jeff Gardner, key account manager at Kennametal. "At the same time, waterjet machine builders continue to develop higher pressure pumps and more efficient cutting processes. ROCTEC APX is a next-generation nozzle designed to meet these needs."
Using APX series nozzles, waterjet shops can take on even more challenging, complex jobs or run at faster production speeds or longer production periods. It also enables customers to better integrate technology advancements, including advances in waterjet pumps and cutting head technology. In addition, since APX nozzles are based on the original ROCTEC technology that has been the industry standard for over 20 years, they exhibit the predictable and consistent operating life for which Kennametal ROCTEC nozzles are known.
Intermetallic compound consisting of equal parts, by atomic weight, of tungsten and carbon. Sometimes tungsten carbide is used in reference to the cemented tungsten carbide material with cobalt added and/or with titanium carbide or tantalum carbide added. Thus, the tungsten carbide may be used to refer to pure tungsten carbide as well as co-bonded tungsten carbide, which may or may not contain added titanium carbide and/or tantalum carbide.
It started in 2015, when engineers at a major U.S.-based aircraft manufacturer kicked-off a challenge to determine which cutting tool manufacturer offers the best products for milling forged Ti-6Al-4V titanium. The company invited Kennametal and 10 other global tooling suppliers to the University…
Iron’s everywhere. The turbines in those big windmills popping up all over the place. Engine blocks, transmission cases, and turbocharger housings. The pumps that bring water to our faucets and the hydraulic manifolds that put the “move” into earthmoving machinery. Without iron, none of these would…
DUO-LOCK from Kennametal Inc. is a modular endmill with the performance of solid carbide. It uses a proprietary, double-cone locating surface similar to that of Kennametal’s KM or KM4X tooling design, assuring “not to exceed” radial runout values of 5 μm (.0002 in.) and Z-axis coupling…
Customers have been asking for a new carbide grade to machine titanium 6Al4V at higher cutting speeds compared to increasing feed rates or increasing depth of cuts in that result in increased cutting forces imposed on the workpiece, fixtures and machine spindles. The KCSM40 grade has an advance…
Some good ideas can be made even better. Much better. This was certainly the case when Kennametal engineers took the strength and versatility of their proven KSEM modular drill system and combined it with the ease of use and low feed forces of its smaller companion drill, KenTIP, the company…
As automakers strive for increasingly fuel efficient and environmentally friendly vehicles, they’re turning away from traditional iron favorites such as gray and ductile iron (GCI and DCI) to compacted graphite iron, or CGI. Also known as vermiculate graphite iron, CGI’s mechanical attributes meet…
Anyone who’s replaced a head gasket on an internal combustion engine knows a smooth, flat surface on both cylinder head and block is needed for proper operation. No one understands this better than automakers, who strive for predictable, controlled surface finishes and high production output,…
Kennametal Inc. says the bending moment of KM4X is substantially higher than any tooling interface available on the market, superior even to Kennametal’s own KM design. Kennametal has announced the KM4X tooling family has gained a 63 mm sibling, one aimed at a broader machine tool platform and,…
Kennametal is expanding its Mill 4 family with a new cutting tool, the Mill 4-11. Designed for smaller machining centers, the Mill 4-11 accommodates 40-taper CAT and BT, HSK 50 and similarly-sized spindles. Due to its free-cutting capabilities, it is ideal for successful metal removal in less-than-…
Back in 2014, Kennametal announced a technology partnership with Haimer for the development of a modular cutting tooling system. Since that time, the company has been busy developing, testing, and building inventory of DUO-LOCK, which promised even then to be “the most rigid and most precise…
