Tungaloy expands its TungMeister series of interchangeable milling head system, to include 4-flute cutter heads with high-feed capability.
The interchangeable TungMeister heads allow a quick, easy, and accurate tool change between various operations. Now the system incorporates a 4-flute option of the VFX-4 style cutting heads for elevated feed capability.
High-feed milling technique is common for many manufacturers who are seeking efficient metal removal. To meet the increasing market demands for higher milling efficiency, TungMeister now offers a 4-flute high feed head in addition to the existing 2-flute head. An increased flute count allows higher parameters, as well as prolonged tool life because the same working load is produced by having more cutting edges engaged in the cut. Soft cutting and strong geometry also improve tool life and stability thanks to its helical cutting edge and larger tool core.
At a Glance:
4-flute cutting head for high feed provides milling efficiency
Machining operation in which metal or other material is removed by applying power to a rotating cutter. In vertical milling, the cutting tool is mounted vertically on the spindle. In horizontal milling, the cutting tool is mounted horizontally, either directly on the spindle or on an arbor. Horizontal milling is further broken down into conventional milling, where the cutter rotates opposite the direction of feed, or “up” into the workpiece; and climb milling, where the cutter rotates in the direction of feed, or “down” into the workpiece. Milling operations include plane or surface milling, endmilling, facemilling, angle milling, form milling and profiling.
Additional Products from Tungaloy-NTK America, Inc.
BXA10 incorporates a crater-wear-resistant PcBN substrate and the latest multilayer PVD coating for edge toughness, enhancing the grade’s wear and fracture resistance. The latest development will provide improved productivity, tool life, and surface integrity in continuous to light interrupted cuts…
DrillForce-Meister incorporates a unique seat design that enables easy and swift drill head exchanges, while maximizing the clamping security, making drilling easy on curved surfaces, inclined exits, or components with a stability problem. The seat is designed with a maximum possible contact…
DrillMeister incorporates a unique self-locking interface that enables simple and secure drill head exchange. Since drill heads can be replaced without having to remove the drill body from the spindle, tool setup time can significantly be reduced, eliminating presetting, offset, and touch-off of…
TungTurn-Jet toolholders deliver coolant strategically to the optimum position close to the cutting point of the insert. This significantly improves chip control when machining exotic materials that are prone to smearing by effectively breaking the chips into pieces and guiding them away from the…
DuoJust-Cut features innovative insert clamping ensuring tool rigidity and stability in various parting operations. In addition to existing JXPG insert with a ground in chipbreaker on the rake face, the new JXPS insert incorporates a 3D chipbreaker pressed in to its “dual-rake” cutting edge which…
This AH9130 grade expansion encompasses the DMP line of general-purpose drilling, succeeding the popular DMC drill head for precision drilling. Developed for drilling applications, AH9130 is a nano-multilayer PVD coating consisting of three distinctive layers.
DrillMeister offers the TIDCF chamfering holder that can be attached to the TID drill shank allowing chamfering and drilling in a single pass for reduced machining times. The chamfering inserts are available for 30°, 45°, and 60° chamfers. The new TIDCF holder line can accommodate smaller drills in…
AH8015 consists of a nano-multilayered PVD coating with high aluminum content. This coating characteristic provides increased resistance against wear and built-up edge over existing grades, enabling long and predictable tool life during the machining of heat resistant superalloys and stainless…
Designed for the internal grooving of bores with diameters as small as 8.0 mm (.315″) up to 24.0 mm (.945″), while promising reliable chip evacuation. The shanks are made of either steel for economy or tungsten carbide for long reach areas where tool steadiness is vital. Virtually eliminate chip…
The TungTurn-Jet system strategically directs the internal coolant jet exactly where it is needed, close to the cutting point on the insert rake face. This dramatically improves chip control during the machining of difficult-to-cut materials, which is not the case with conventional coolant delivery…
PRODUCTS
