Milling

The M5004 octagon milling cutter combines efficiency and process reliability while also extending tool life, resulting in maximum productivity. Process reliability is enhanced thanks to the new tool's high stability. Lower tool costs and reduced time and labor result from its universal usability and no need for additional finishing operations.

This high-performance end mill is designed with non-overlapping chip splitters along the flute cutting edges. The result is more efficient MRR, while maintaining the ability to make finishing passes. The unequally spaced design feature allows each sequential cutting edge to remove any remaining material left by the chip splitter of the previous flute. The tool’s innovative design reduces breakage and makes it versatile enough for both roughing and finishing passes.

Robotmaster, a Hypertherm brand, is an offline robot programming software that helps manufacturers maximize their robot’s productivity with easy and efficient robot programming for a variety of applications such as cutting, trimming, milling, welding, spraying, polishing, sanding, grinding, deburring, and more. Robotmaster uses integrated CAD/CAM functionality to make robotic programming easy and intuitive for everyone, even first-time users.

The MFH-MAX provides a new alternative to conventional 90° end mills when roughing to medium-finishing. The MFH-MAX also provides more capabilities than conventional high-feed mills by reducing the number of tool paths and machining time when cutting workpieces with large variations in machining margins.

Not only does this solution make it easier to machine sticky materials, but it is designed for easy, ergonomic indexing and the pocket and screw designs simplify positioning. The cutters themselves feature a new environmentally friendly coating and their outstanding high feed milling performance reduces the amount of power used in roughing. Yet another step in the right direction for Seco Tools to continue their journey to create more environmentally sustainable manufacturing and machining solutions.

In addition to standard VBO and VBN barrel-shaped end mills for productive finish machining of curved surfaces, TungMeister’s new VBL lens-shape milling head has a convexly shaped cutting edge on the tool’s tip, instead of on the periphery, providing a good solution for machining a complex bottom surface. These end milling heads enable more material removal with fewer passes in 5-axis machining.

The CoroMill MH20 complements existing products in the CoroMill range, and fills a strategic gap in the high feed indexable milling product line. Designed to deliver reliability with minimal vibration, the CoroMill MH20 has been adapted for applications where components are notoriously difficult to machine, such as in the oil and gas, mold and die and aerospace sectors.

ENMX09 double-sided inserts are designed to take on tough applications with absolute authority. Optimized for larger diameter cutters and larger depth of cuts, YG-1’s 09 inserts are designed 20-25% thicker than other, more conventional products on the market. Added thickness and a wide flank face work to achieve stronger and more stable clamping, more secure machining and longer tool life, especially in difficult-to-machine materials.

The insert pocket is designed with dovetailed seating over a large contact area, which extends cutting edge life, cutter body life cycle, stability, and support under the most aggressive cutting conditions. Inserts are offered in 2 styles: economical pressed complete and a precision ground profile.

The reoptimized design of the new JSE510 offers unparalleled versatility based on the previous version of this product range. The new series targets general engineering, contract manufacturers and job shops, as well as the aerospace, medical and automotive industries. The design is reoptimized to stand up to tough milling applications with a versatile carbide grade, advanced polished SIRA coatings and a strong, sharp cutting edge. To extend tool life further, these tools offer vibration-damping variable pitch design and optimized helix.