Cutting Tools & Tooling

Due to their geometry and good chip breaking, the milling tools are suitable for machining numerous other materials. Due to the precise combination of the substrate, the macro and micro geometry as well as the IG3 coating, the milling system exhibits high performance and long tool life. The coating in particular offers high temperature resistance for machining steels alloyed with chromium, nickel and molybdenum.

The 3ETECH+ provides improved diameter adjustment accuracy of one micron, making it the ideal choice for customers who need to hold precision hole tolerances on expensive parts. High-production environments such as aerospace, heavy equipment and automotive also greatly benefit from the enhanced digital readout module to be used on Wohlhaupter digital boring tools including VarioBore versatile boring head, 420 (410) series boring heads, 465 (464) series balanced boring heads, 538 (537) fine boring cassettes, custom boring solutions and the newest Wohlhaupter product, the ES-Bore series of fine boring laydown cartridges.

Don't let reaming challenges keep you from bringing holemaking to a successful conclusion.

This high performance HSS-E thread forming tap is suitable for both through and blind holes in a wide range of workpiece materials. The premium materials used in the taps provide a balanced ratio of toughness, hardness and heat resistance to the entire tap.n

Decentralized I/O systems are an important component for flexible and modular automation solutions. Equipped with protection type IP67 and robust die cast zinc housing, the new remote I/O module PDP67 PN is ideally suited for positioning directly on the machine. Even outside the control cabinet it provides reliable safety at temperatures of -30°C to 70°C.

With the ability to cut blind-hole threads up to 3.5 × DN, the TC130 Supreme tap is targeted for applications in general mechanical engineering and the energy industry, such as for threading wind turbines. The tap is suitable for threading steel and cast iron (ISO P and K workpiece groups). Also, the tool is ideal for interference contours and series production.

These inserts have 4 types of cutting geometries for machining different materials under diverse cutting conditions: T - Steel, ferritic and martensitic stainless steel, cast iron and hardened steel. HP - Austenitic stainless steel and high temperature alloys. RM-T - Interrupted cut for machining near straight wall shoulders of steel, ferritic and martensitic stainless steel, cast iron, and hardened steel. RM-HP - Interrupted cut for machining near straight wall shoulders of austenitic stainless steel and high temperature alloys. n

The DCN drills feature cylindrical shanks, which enable clamping of the drill in hydraulic toolholders (most recommended) or in spring collets. All drill bodies feature helical coolant holes. Prior to using the 12xD drill, it is recommended to drill a pre-hole by using a DCN 1.5xD drill or a centering drill.

Deep drills with a 3 cutting edged insert (other manufacturers only offer inserts with 1 or 2 cutting edges). Highly accurate peripherally ground insert, provides high hole diameter accuracy of IT10.nThe chip splitter produces narrow chips for efficient chip evacuation, enabling high feed rates.

The double-sided CXMG inserts operate similarly to CCMT positive inserts and can therefore replace standard CCMT inserts. In some applications, they can also replace standard negative CNMG inserts.nDouble-sided with a positive flank. Low cutting forces. Designed with a chipformer for general turning applications.

The CHAM-IQ-DRILL design body is produced from special steel for high durability and a special stopper prevents the drilling head from being extracted upwards from the pocket. Long stoppers provide high resistance to cutting forces, enabling applications under very high cutting conditions. nHigh flute helix and polished flute surfaces provide a smooth and easy chip evacuation process. nAn internal coolant supply provides efficient cooling and lubrication during the drilling process.

High positive cutter pocket inclination. Rigid clamping due to dovetail pocket design secured by clamping screws. Coarse and fine pitch cutter configurations. Coolant holes directed to every insert on the cutters. Precise double-sided square insert. Eight cutting edges – each edge comprises a reinforced edge and a wiper flat for a high quality machined surface.