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Iscar’s Helido Upfeed line of high-feed milling tools now includes the H600 WXCU 0403 insert, which is designed for 16- and 20-mm-diameter tools. (The complete milling tool line features diameters ranging from 0.
The DA multi-milling system offers solutions for face milling, corner milling, plunge and pocket milling, chamfering and pre-drilling tasks. The system’s positive geometry helps reduce the risk of vibration because the tools and drive units are only slightly loaded. Diameter-specific inserts with helical reliefs ar
The GFG-WFE shell-type thread milling cutter from JBO is suited for difficult-to-machine materials and large-batch production applications. Higher cutting speeds and feeds shorten machining time, while the number of cutting edges increases tool life.
TNG Energy Services Inc. was experiencing inconsistent carbide insert life in valve grooving applications. Greenleaf's Ring Max and face grooving tooling helped to reduce production time and increase reliability.
The company has launch eight new products that expand on and support existing platforms across multiple applications.
Kennametal’s Mill 1-10 tooling platform performs common machining applications such as face milling, shoulder milling, pocketing, slotting, interpolating and ramping for steels, aluminum and exotics, all with one common insert style. The tooling platform accomplishes this through the use of multifunctional cutter bodies and First Choice inserts, which consist of different grades and edge preps for various work materials but utilize the same cutting geometry and size. Cutter bodies come in straight and helical flute styles.
As the milling capabilities of CNC turning centers improve, so too must the cutting tools. Here’s how to get more out of the live tooling on your turning equipment.
An online quoting service is said to speed and simplify quoting and purchasing of custom cutting tools.
In addition to the original 12-mm insert, Iscar Helido Round H400 fine-pitch mills offer 10- and 16-mm inserts to improve profile machining and ramping over a range of applications.
In the late 1800s, a new technology — Swiss-type machines — emerged to serve Switzerland’s growing watchmaking industry. Today, Swiss-machined parts are ubiquitous, and there’s a good reason for that: No other machining technology can produce tiny, complex components more efficiently or at higher quality.