Built from fine‑grain solid carbide, these tools deliver high removal rates and clean finishes in aluminum and other non‑ferrous alloys. High‑helix, polished flutes move chips fast and help prevent built‑up edge. They perform reliably on 6061, 7075, cast aluminum, and AlSi alloys. Multi‑axis CNC grinding and thorough inspection provide stable performance, tight tolerances, and batch‑to‑batch consistency for high‑speed CNC milling.
Polished flutes and sharp edges support fine finishes and reduced burrs, lowering downstream deburring and polishing.
High‑helix geometries and smooth flute surfaces promote steady chip flow and heat control for dimensional stability.
Balanced cores and precise concentricity reduce chatter, enabling smooth cutting and predictable tool life.
High‑helix 2‑flute tools maximize chip evacuation in softer grades and thin‑wall features. Three‑flute designs balance finish and productivity for profiling, slotting, and ramping. Single‑edge cutters suit soft aluminum and small‑power machines. Ball nose options improve 3D contouring, while corner radius edges add strength in demanding profiles. Optional aluminum‑focused coatings (DLC or TiB2) and controlled edge prep help limit built‑up edge and burr formation.
For high‑speed slotting and deep pockets in soft and wrought grades; aggressive rake and polished flutes limit sticking.
Higher feeds with maintained accuracy; ideal for profiling, slotting, and ramping in 6061/7075 with clean surfaces.
Clean cutting in soft aluminum and non‑ferrous plastics; excellent chip evacuation on light machines and thin sections.
Stable contact for sculpted surfaces and die cavities; polished flutes help minimize chatter in finishing paths.
Added edge durability for repeated passes and light roughing where stability is critical.
Open flutes and chipbreakers enable fast metal removal while managing heat and chip load.
Micro diameters and extended reach access fine features and deep cavities with tight runout control.
Premium fine‑grain carbide with controlled edge prep improves life and limits built‑up edge; mirror‑like flute surfaces aid chip flow.
High helix (typically 45–55°) with high rake for non‑ferrous cutting; core thickness and relief tuned by flute count.
Diameter tolerances to industry standards (e.g., h6) with tightly controlled runout. Multi‑axis grinding and micron‑level inspection ensure consistent dimensions.
DLC or TiB2 coatings reduce adhesion and wear in abrasive or high‑load aluminum work; polished flutes enhance evacuation.
Available in standard and custom diameters, flute lengths, shanks, and corner radii. Micro sizes and long‑reach options cover intricate or deep features.
Contouring, pocketing, and slotting of aerospace aluminum grades where finish and tolerance stability matter.
Mold cavities, fixtures, and die‑cast parts; roughing and finishing variants streamline workflows.
Micro and long‑reach tools for housings and heat sinks with minimal burrs and high‑finish results.
Pair these cutters with high‑precision collet chucks to improve runout control, surface quality, and stable clamping at higher speeds.
Round out the process with drills, reamers, threading tools (tungsten steel taps), and CNC inserts optimized for aluminum.
We design aluminum end mills around your material, operation, machine type, and fixturing. Custom tools based on drawings or samples target measurable gains.
Swiss TTB Micro, WALTER HELITRONIC, DECKEL, and ANCA grinding centers deliver sub‑micron accuracy and mirror‑finish flutes with stable vibration control.
German ZOLLER measuring/presetting, PARLEC PG1000 video measurement, MRPG1000, and dedicated tool testing verify each tool. ISO9001 (2023–2026) and SGS certification support reliable performance.
This series is part of our solid carbide end mills portfolio, offered in standard and fully custom non‑standard designs. Production is based in Changzhou, Jiangsu (4,316 m²), with ongoing R&D and participation in global trade shows. Contact us to discuss 6061/7075 jobs or a tailor‑made chip‑evacuation cutter for aluminum.