So that customers can meet customer demand for lower part prices, the new Seco Helical SN8-13 milling system features double-sided helix inserts with eight cutting edges that significantly reduce cost per edge to boost slotting, side milling and circular rough milling efficiency.

Built for difficult applications involving ISO P, M, K and S materials, the cutters offer application-specific sub-family designs featuring left or right-hand helixes, half- or full-effective teeth options, two front insert and many radii choices for long tool life and maximum chip evacuation. Reliable and user friendly, the Helical SN8-13 also eliminates incorrect indexing of front and helix inserts, reducing operator error.

“The demand for price reductions is ongoing and forces shops to economise production operations wherever possible, while still maintaining part quality and profit margins,” explains Benoît Patriarca, global product manager – helical milling at Seco Tools. “With the Helical SN8-13 system’s design combined with high-performance insert geometries and grades, they can achieve all these goals with one tool.”

Incorrectly indexed inserts can lead to machine downtime, quality issues and scrap. To eliminate the risk of mistakes, the SN8-13 milling system cutters make the mounting of front and helix inserts easy and fool-proof, even for inexperienced operators.

As an economical alternative to milling products for depths-of-cut from 50 up to 100 mm, Seco offers the Helical SN8-13 in a range of sub-families built with its SN13 helix inserts, including: R217/220.82 (XO16 lead insert for standard use); R217/220.82-H (AC15 lead insert for heavy-duty applications); R217/220.81 (AC15 lead insert for low power situations); and R217/220.81-K (AC15 lead insert for weak fixture situations).
For further information www.secotools.com

With the new MP6 geometry, Walter is rounding off its range for the medium machining of steel (secondary application: ISO M, K, S). The MP6 combines features for medium machining, such as a positive rake angle, with those of roughing inserts, such as a tough cutting edge. This makes the geometry a suitable link between the existing MP4 geometry for medium machining (with good chip-breaking on soft steels) and the RP4 geometry for roughing operations (with a tough cutting edge for high feeds).

Walter offers the MP6 geometry in CCMT, DCMT, TCMT and VBMT basic ISO shapes. A short primary chamfer on the cutting edge, which is characteristic of roughing inserts, ensures a high degree of stability, even in challenging conditions like when machining forged parts with interrupted cuts. The 18° rake angle, tough cutting edge and special chip-breaking geometry ensure chip control during medium machining.

Walter specifies feeds from 0.1 to 0.4 mm/rev and depths of cut from 0.4 to 4 mm as the range for the machining parameters. To prevent vibration on thin-walled components, Walter has given the MP6 geometry an open chip-breaker groove, which reduces cutting pressure even when machining at a higher depth of cut. This feature also makes the MP6 suited to unstable components and components with long overhangs, such as during internal turning. Its straight cutting edge makes it suitable for use as a chamfer insert, regardless of the application.

In addition, the new Tiger·tec Gold grades have a positive impact on tool life. WPP10G, WPP20G and WPP30G are adapted to different operating conditions, leading to increased tool life and performance across a broad range of applications.
For further information www.walter-tools.com

Tungaloy has expanded its TungForce-Rec Series of square shoulder milling cutters to include size 12 inserts and associated tool bodies. The TungForce-Rec range is a high-density shoulder-milling cutter with a secure insert clamping system that boasts high process security. Incorporating all of the benefits of the existing size 06 V-bottom TungForce-Rec inserts, the new size 12 inserts offer an extended cutting edge length that is twice as long as the existing size 06 inserts. Suitable for shoulder milling, slotting, side milling, pocketing, ramping and trochoidal milling, the size 12 addition to the TungForce-Rec enables manufacturers to extend their machining parameters and material removal rates.

The TungForce-Rec size 12 tool body retains all of the characteristics of the smaller TungForce-Rec 06, including a particularly thick core diameter and heavily supported backing behind the insert. This thick core diameter delivers improved stability during machining, especially when cutting at elevated speeds, feeds and depths of cut. Likewise, increased support behind the insert permits the use of longer insert clamping screws. This design provides greater screw-thread engagement security that ensures tool reliability and longevity when using the TungForce-Rec at high metal removal rates. As a further point, this combination also reduces vibration and improves surface finishes and insert life when machining at increased cutting parameters.

Tungaloy’s new TungForce-Rec 12 boasts a 50% higher tooth density than competing shoulder milling cutters of the same size. For example, this gives a 16 mm diameter cutter three insert pockets, while a 50 mm diameter tool can accommodate 12 inserts. The development allows the new shoulder milling series to run at a higher feed rate than competitor products, reports Tungaloy.
For further information www.tungaloy.com