Turning

This innovative insert seating substantially eliminates the tendency for vibrations, increasing insert life as well as tool holder life. The design also prevents incorrect engagement, especially for narrow insert widths, and enables an extremely high indexing accuracy. Elevated protective edge is an inbuilt feature of these DX18 carbide inserts that protects the clamping finger of the tool holder from chip-wash and acts as an additional chip breaker; further enhancing tool life and process reliability.

Version 3.5 now provides even more powerful automated design-geometry adjustment and repair tools that can be used to correct and/or offset issues that stem from the manufacturing process itself. Moldmakers, casting shops, and additive manufacturing (AM, aka 3D printing) providers alike can employ the software to detect and visualize material and/or design defects or distortions—and then employ sophisticated capabilities to correct their CAD designs, compare values against nominal limits and ensure that final part quality meets applicable industry standards.

T-Max P inserts are specifically designed for high-performance turning in modern production, while the Coromant Capto is a modular, quick-change tooling concept, which offers a large variety of extension and reduction adaptors to support assembling of tools with different lengths and design characteristics. As part of a tooling offering that combines the modular Coromant Capto interface with the T-Max P clamping insert, the Coromant Capto tool holders for the T Max® P come in two designs: the T Max P lever clamp for turning medium to large components and the T Max P® rigid clamp, designed to deliver maximum operational security.

Due to its heavy cast iron construction, smooth power transmission and precision thrust and ball bearings in the head stock and spindle, the bench lathe  provides years of trouble-free, precise turning. The Bench Lathe is the right choice for turning small metal parts.

The speed and precision of the OptoFlash enables 100+ static measurements on parts up to 60mm in length and 20 mm in diameter within two seconds at U95 = 1 µm + D/200 (D in mm) with the ability to switch from one-part type to another with just one click (flexible gauge). It captures images of the component over the 360° degrees, automatically combining several images to determine both part optical axis and measurements of the features.

It represents a highly productive alternative to conventional turning where 80° & 35° corner inserts are fed in the same direction, and instead utilizes all 4 directions available on conventional 2 axis lathe (+Z, -Z, +X, -X) to maximize material removal.  The double-sided positive SuperTurnZ inserts have the same axial & radial rake angle and capability as standard ISO positive inserts, allowing for low cutting forces, but with double the cutting edges and much higher feed rate capabilities.

With this new tool, V or D-style inserts with just two cutting edges and lower stability (ISO VBMT, VCMT, DCMT) are replaced with triangular cutting inserts with three cutting edges and high stability. These three-edged inserts allow for a 50° undercut angle, ideal for profiling operations. Since the insert shape enables turning both towards as well as away from the spindle, both cutting edges of the insert get utilized, substantially increasing the tool life. Additionally, with the chip thinning calculations, substantially higher feeds can be achieved, especially when the insert is feeding away from spindle.