

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The SECO 17013175 is a corner chamfer end mill designed for precision material removal in demanding machining applications. Built from M42 cobalt high-speed steel, this tool delivers the heat and wear resistance required when cutting stainless steel, superalloys, and titanium. It runs a 0.75 inch diameter with a 2.25 inch length of cut and a 0.0300 inch chamfer width at a 45-degree chamfer angle. The 4-flute, right-hand helical geometry and super close pitch make it well suited for shouldering, slotting, ramp-down entry, helical interpolation, and plunging operations. It is a single-end, centercutting tool, meaning it can engage a workpiece axially as well as radially.
This end mill is intended for use in CNC machining centers and manual milling machines where tight tolerances and hard-material capability are priorities. Primary target materials are stainless steel, superalloys, and titanium, making it a standard choice in aerospace, medical device, and industrial manufacturing environments. The Weldon flat shank provides positive drive engagement and minimizes tool pullout under heavy cuts. It ships bright and uncoated, which keeps cutting geometry sharp and predictable without coating buildup on edge geometry.
Part of the SECO VFP635 series, catalog number VFP435-0.750-D3-C030.3-Z4. Designed for machining stainless steel, superalloys, and titanium in applications including shouldering, slotting, ramp-down, helical interpolation, drill mill, and plunging and recessing operations.
Installation is performed by a machinist or tooling technician. The Weldon flat shank requires a set-screw style tool holder torqued against the flat to prevent axial pullout during cutting. Confirm runout with a dial indicator before beginning a production run. Follow shop safety procedures and machine manufacturer guidelines when setting tool offsets and establishing feeds and speeds for cobalt tooling in hard materials.
Thanks for subscribing!
This email has been registered!