Cutting Tools & Tooling

The MP060 face milling cutter with a great number of teeth (z) between 10 and 22, and with diameters from 40 mm, can be used for roughing and finishing large surfaces and flat shoulders. The MP160 (z = 3–4) and MP260 (z = 2–3) shoulder and slot milling cutters, with either cylindrical shank or ScrewFit adaption and diameters of 16–40 mm and 4–20 mm respectively, are suitable for smaller flat surfaces, for plunging (MP260) and full slotting, as well as, in the case of the MP160, ramping, drilling and re-drilling work. All three milling cutters are equipped with internal coolant supply and can be used with emulsions and minimum quantity lubrication.

The coarse pitch cutters retain a prominent feature of TungForce-Rec that provides maximum tool rigidity during demanding operations. In addition, flutes on the cutter body are designed with large chip space to promote smooth evacuation, preventing chips from clogging during operations.

ARCH Cutting Tools Corp. has acquired Greene Tool Systems, Inc., of Dayton, Ohio.

348 inserts added to stainless steel turning grade series of AH6225, AH6235, and T6215. AH6225 is a first-choice grade designed to provide excellent machining performance in general stainless steel turning operations, extending from continuous to light interrupted cuts. AH6235 is another PVD-coated grade that boasts exceptional fracture resistance. T6215 is a latest CVD-coated grade, designed to ensure superior cutting performance during high speed, continuous cuts of stainless steel.

Every steel machining operation poses some challenges so it's a good thing that Tiger·tec® Gold can handle almost any challenge involved in turning. The secret is the specialized design of the individual grades.

In addition to the cooling and geometry, Walter's new WJ30RZ and WJ30RY grades also boost performance because their highly wear-resistant TiAlSiN-based layer applied using HIPIMS coating technology takes the form of a complete coating for 3 and 5xDc (WJ30RZ grade) and a point coating for 8×Dc (WJ30RY grade). The 8×Dc version also features a polished flute for deep drilling. The result is a very smooth surface which ensures optimum chip evacuation and minimizes built-up edges. The ability to recondition the drills boosts the cost effectiveness three times, paired with its long tool life, also further boosts cost-effectiveness.

The drill features a new grade, with an improved multi-layer physical vapor deposition (PVD) coating. The results are enhanced wear resistance, better tool life and an overall increase in productivity and thereby reduced cost-per-component.n

Iscar Tech Talk – Indexable Inserts. Watch Cutting Tool Engineering's video coverage, featuring original footage and context from the related product, process, event, or shop-floor demonstration.

Damping vibration for productivity. Watch Cutting Tool Engineering's video coverage, featuring original footage and context from the related product, process, event, or shop-floor demonstration.

Versatile Turbo 16 square shoulder milling cutters deliver outstanding results and process security with exceptional ramping capability. Optimized insert pocket angles enhance the cut and deliver outstanding surface finishes. With a high helix angle for smoother workpiece entry and exit, these cutters also feature efficient Next-generation Helical Turbo 16 milling cutters combine top performance with ease of use, benefiting from a comprehensive range of Seco insert grades and geometries for exceptional material removal rates (MRR) and extended tool life.

The culmination of three decades of OMAX engineering expertise and real-world operator experience, the OptiMAX is designed for manufacturers in need of a versatile, easy-to-use cutting system. It offers OMAX's intuitive software for optimized cutting capability and power, along with improved automation to maximize uptime. Companies can complete a greater range of work, more efficiently, and deliver finished products faster.

Machining three diameters in one operation, the stator bore tool ensures the alignment and concentricity of the machined surfaces whilst reducing the cycle time significantly. The lightweight 3D printed combination tool enables a faster tool change and spin-up even on less powerful machines. The surface specifications and component tolerances are achieved without constraints.n