The way a machine is built affects the way it performs. With premium-quality components, high accuracy and attractive price points, the VF-Mill series is setting the standards for how to build vertical machining centers. With machines installed in more than 20 countries, the VF-Mill series has become the go-to machining center for the KAAST family of corporations.
The FSG-ADIV series includes the FSG-1224ADIV, 1632ADIV and 1640ADIV. The in-machine dynamic balancing system enables the adjustment of the balance weight at the wheel position while limiting wheel vibrations to less than 1 µm.
Benz Inc. has completely revised its broaching unit Benz LinA. With its new, compact design, the new Benz LinA 4.0 is lighter and much more rigid, yet capable of up to 1,500 strokes per minute. Easily fine-tuned and with a standard gear ratio of 2-1, this unit can power through many more materials with minimal or no vibration, greatly improving the service life of the cutter.
Wohlers Associates Inc. announced the publication of Wohlers Report 2019, the 24th annual installment of its industry-leading report on additive manufacturing (AM) and 3D printing. The worldwide study provides the "pulse" of the industry by reporting on growth, development and the future of AM materials, applications, systems, services, design, software, patents, startups, standards, investment and research.
Scientific Cutting Tools Inc. announces a new line of high-performance helical chamfer mills. The helical cutters are significantly freer cutting and impart a smoother finish than the standard straight-flute alternatives. The variable-helical flute design provides high sheer, reduced side cutting pressure and improved chip evacuation, thus achieving extremely high performance.
Scientific Cutting Tools offers the new SPTM EXJ thread mill. The SPTM EXJ is an economical tool engineered for cutting external UNJ threads. It features a single thread profile that is ideal for keeping side-cutting pressure low.
So far, geometries such as the bore holes of injection valves in the automotive industry, for example, could hardly be measured optically. Lateral probing of components with vertical surfaces was limited to tactile measuring systems, CT solutions or complex special solutions. This changes with a new function of the optical coordinate measuring system µCMM from Bruker Alicona. Vertical surfaces of more than 90° can now also be measured optically.