Walter has introduced the DC150 Perform 5 × Dc drill, a versatile and cost-effective solid-carbide drill that can be used universally with all materials and with a broad range of workpieces. Like the others in the DC150 Perform Line, the new drill is suitable for use anywhere small and medium batch sizes need to be machined with high precision and process reliability coupled with a high level of cost efficiency and wide applicability.
The new DC150 Perform 5 × Dc is designed to be used without internal coolant. Proven features of the existing DC150 Perform drill family, such as wear-resistance and good chip evacuation, have been included in this latest entry, along with geometry which includes a 140° point angle for high positioning accuracy.
The new DC150 Perform 5 × Dc solid-carbide drill expands the existing range of DC150 Perform variants. Until now, the DC150 Perform Line included length to diameter ranges of 3, 5, 8, and 12 x Dc, all with internal coolant capability. The new 5 x Dc for external coolant complements the existing 3 x Dc, offering for external coolant and allows the end user to select the product which best fits the application and cost basis of the operation.
The new variant continues Walter’s vision for the Perform Line, which is "to offer customers the same outstanding Walter products, but without having to pay for a level of performance that’s not necessarily needed."
Fluid that reduces temperature buildup at the tool/workpiece interface during machining. Normally takes the form of a liquid such as soluble or chemical mixtures (semisynthetic, synthetic) but can be pressurized air or other gas. Because of water’s ability to absorb great quantities of heat, it is widely used as a coolant and vehicle for various cutting compounds, with the water-to-compound ratio varying with the machining task. See cutting fluid; semisynthetic cutting fluid; soluble-oil cutting fluid; synthetic cutting fluid.
The DA110 Perform drill from Walter can be used universally and cost-effectively for a wide range of materials. It delivers maximum accuracy thanks to its precision-ground surfaces and a tip geometry that has been engineered for optimum centering accuracy, while keeping production costs as a…
The M4258 modular helical milling cutter from Walter, the most recent addition to its M4000 family of high-performance helical milling cutters, brings cost efficiency and excellent process reliability to slot milling, and can be used for ramping, pocket milling, shoulder milling and circular…
The new versatile high-performance TC420 Supreme thread former from Walter features a new substrate and a new polygon geometry that provides better forming behavior, less friction and longer tool life. In addition, its polished surface yields a better surface finish than is achieved with thread…
Walter has introduced the new A60 and AG60 inserts for small to medium pitch threads. Just like the existing MX geometries (CF5 and GD8 for grooving and parting, RF5 for grooving and copy turning), the new MX geometries A60/AG60 provide long tool life, fine surface quality and process reliability.…
The new Cermet WEP10 indexable turning inserts from Walter deliver long tool life and high productivity. Their fine-grain titanium carbide substrate with Ni/Co binder produces a stable cutting edge. Combined with an extremely hard TiCN outer layer, this grade provides multiple advantages during…
Walter has introduced WSM01, a premier grade for demanding machining applications. Coupled with Walter’s new MS3 negative geometry, it produces burr-free results with high surface finish quality in the hardest materials.
The versatile new DC160 Advance solid-carbide drill from Walter delivers high productivity in a wide variety of materials and can be used universally in an extremely broad range of applications. The newly designed drill offers many advantages. The margins are located in an advanced forward position…
Walter has introduced the D4140 indexable insert drill, a tough and versatile new drill that delivers enhanced process reliability and extended tool life. The D4140 advantage stems from its design and construction, featuring a hardened and polished surface that offers exceptional resistance to…
Walter has introduced the Walter Prototyp ceramic milling cutters MC275/MC075. These two new tools deliver significantly increased productivity, cutting speeds and high metal-removal rates in the machining of nickel-based alloys.
Walter has introduced the DB130 Advance, its smallest solid-carbide microdrill with diameters from 0.004 to 0.06 in. (0.1 mm to 1.45 mm). With a point angle of 118° and cylindrical shank, the drill meets DIN 1899 standards.
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