This range of six‑flute end mills delivers stable metal removal, fine surface finishes, and dependable tool life in stainless and heat‑resistant alloys. Made from solid carbide with precise geometries and variable index options, the tools support high‑efficiency milling and tight dimensional control in demanding parts and complex cavities.
Each cutter is produced from premium carbide blanks and ground on TTB, WALTER HELITRONIC, ANCA, and Michael Deckel platforms. The process achieves sub‑micron accuracy and consistent edge sharpness. ZOLLER and PG1000 measurement verifies tight tolerances and repeatable quality across batches.
Variable pitch and index disrupt harmonics to reduce chatter. This enables smoother cutting, higher removal rates, and longer life in stainless and nickel‑based superalloys.
Choose AlTiN/AITiN, TiAlN, or nano‑composite coatings to resist heat, abrasion, and oxidation. Proper coating selection helps maintain edge integrity, support higher feeds, and limit built‑up edge.
Square ends support precision finishing. Corner radius variants add edge strength. Chipbreaker designs improve chip control and lower cutting forces in tough materials.
Multiple helix angles, neck reliefs, and reach options are available, from stub to long‑reach models. Balanced cores and optimized gullet profiles increase rigidity and reduce deflection.
Six flutes keep the tool engaged for constant chip load. This allows elevated feed rates with controlled radial step‑over, reducing cycle time while protecting surface integrity.
Precisely honed edges and thermally stable grinding help produce clean walls and consistent dimensions. Stable geometry reduces burrs and secondary finishing.
Automation and multi‑axis grinding deliver consistent profiles across runs. Predictable performance supports planned changeovers and tool management.
Effective in austenitic, martensitic, and precipitation‑hardening grades. Force balance limits work hardening and promotes controlled chip flow.
Developed for Inconel, Hastelloy, and cobalt‑chrome. Heat‑resistant coatings and strong cores sustain edge strength under extreme heat and enable stable toolpaths.
Optimized rake and relief angles reduce galling and deflection. Corner radius and chipbreaker variants enhance durability and chip segmentation in heavy cuts.
Offered in metric and inch sizes with precision shank fits. Optional relieved necks provide clearance in deep features.
Tight diameter control and concentricity reduce runout and help maintain accurate toolpaths in fine features and HEM strategies.
Accurate shanks and balanced geometry improve holder interface and vibration control in multi‑axis machining.
High‑aluminum PVD layers provide oxidation resistance and hot hardness for nickel‑based superalloys.
These coatings strengthen edges against abrasion in hardened and die steels.
Suited for precision slots and sharp internal corners.
Radius edges distribute loads for durability and smooth transitions.
Micro‑breakers promote chip segmentation and lower cutting forces in tough alloys.
Compatible with 3‑axis and 5‑axis operations. Rigid workholding and high‑precision collet chucks improve runout control and tool life.
Apply trochoidal paths and constant chip‑load methods with appropriate radial engagement. Match coolant delivery and feeds/speeds to the coating and work material.
Provide drawings or key inputs—material, process, machine type, and clamping—and we will engineer a suitable six‑flute solution. Both built‑to‑print and non‑standard designs are supported.
We tailor edge prep, rake/relief, core thickness, flute gullet shape, and helix to your intended feeds, speeds, and coolant strategy.
ISO9001 and SGS credentials, combined with ZOLLER presetting and PG1000 measurement, provide accuracy, traceability, and consistent results from first article through repeat orders.
This series targets stainless and high‑temp alloys with standard and custom options. For aluminum, use the dedicated aluminum end mill series. Complementary tooling includes threading taps, drills, forming and woodworking cutters, high‑performance inserts, and precision collet chuck systems.
Production takes place in our Changzhou facility using WALTER, TTB, ANCA, and Deckel platforms. Thermally stable grinding and rigorous inspection with ZOLLER, PG1000, and PARLEC help deliver sharp, durable edges and consistent batch quality. Backed by ISO9001 (2023–2026) and SGS, we provide reliable tools and responsive support. Contact us to discuss your application or request a quote.
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