Our lineup delivers accurate 3D contouring and fine finishing for mold and die, aerospace, medical, and precision components. Each solid carbide tool is ground on Swiss TTB, WALTER/DECKEL, and ANCA platforms for sub‑micron geometry, polished flutes, and stable cutting edges. ZOLLER and PG1000 metrology verify ball radius, diameter, and runout. Certified ISO9001 and SGS processes support consistent quality. Custom engineering is available for non‑standard geometries, materials, and process requirements.
Precision gashing, variable helix options, and polished flutes enable clean cutting and excellent surface integrity on freeform surfaces. Tight radius control keeps scallop height uniform and reduces hand polishing.
Rigid blanks, controlled edge prep, and multi‑axis grinding produce sharp edges that resist chipping during long passes. This maintains contour accuracy on hardened steel and superalloys.
Use high‑polish flutes with DLC for aluminum. Choose TiAlN/AlTiN for hardened steel and stainless. Select diamond coating for graphite and abrasive composites.
Automated multi‑axis grinding and rigid machine frames improve throughput and batch stability. Tools keep accuracy in heavy removal and long toolpaths without sacrificing finish.
Versatile for finishing and semi‑finishing across steels, stainless, and aluminum on CNC centers, balancing rigidity with chip evacuation.
Available in 2, 3, and 4 flutes with standard or variable helix. Lower flute counts suit aluminum and slotting; higher counts support finishing in hard materials.
Multiple radius and diameter choices support step‑over and scallop control. Long neck and extended reach variants access deep cavities while maintaining stiffness.
Plain shank and Weldon flats fit precision collet, hydraulic, or shrink‑fit holders to minimize runout and enhance surface quality.
Polished flutes, tuned axial rake, and DLC or uncoated options reduce built‑up edge and deliver bright surfaces on non‑ferrous alloys.
Variable helix, reinforced core, and PVD TiAlN/AlTiN coatings manage heat and stabilize edges for predictable tool life in high‑hardness finishing.
Diamond‑coated designs with optimized gash limit wear and delamination in electrodes and laminates.
Combines a taper with a ball tip for deep cavity finishing, mold cores, and sculpted surfaces. Small scallop heights are maintained at long reach.
Relieved neck geometry and optimized core thickness enable accurate finishing in narrow channels and deep cavities while controlling vibration.
Micro tools for fine features, micro‑mold details, and engraving, ground for consistent micro geometry and reliable performance.
Tailor radius, flute count, neck relief, relief angles, and coatings to your machine, material, and process. Drawings and samples are supported. Contact us to request a quote.
Deliver uniform scallops and a polishable surface on dies, cores, and inserts. Use small step‑overs and accurate radius control to cut rework.
Hold tight profiles on impellers, blisks, and airfoils. Stable edge prep supports long toolpaths in superalloy and stainless materials.
Produce smooth contours on titanium and cobalt‑chrome. Material‑matched coatings preserve edge stability and surface integrity.
Micro tools handle fine engraving, wood patterns, and decorative profiles with clean edges and minimal fuzz.
Swiss TTB micro grinding, WALTER HELITRONIC, DECKEL S22/SRO, and ANCA deliver sub‑micron accuracy, high rigidity, and consistent edge sharpness.
ZOLLER presetting, PARLEC checks, and PG1000 video measuring regulate radius, diameter, and runout for tight tolerances and batch consistency.
Controlled edge prep balances sharpness and strength. TiAlN, AlTiN, DLC, and diamond coatings provide heat resistance, reduced adhesion, and wear protection.
Pair with high‑precision collet chucks, hydraulic chucks, or shrink‑fit holders to minimize runout, reduce vibration, and extend tool life.
Use small step‑over for low scallop height. Adjust feed per tooth to maintain edge stability. Match flute count and helix to material for balanced chip evacuation and surface quality.
They contour 3D shapes and perform precision finishing where flat tools leave steps.
Use 2–3 flutes for aluminum and chip evacuation; 3–4 flutes for hardened steel and finish stability.
Pick the radius to meet scallop targets and feature size. Smaller suits fine detail; larger favors surface continuity.
DLC for aluminum and non‑ferrous; TiAlN/AlTiN for hardened steel and stainless; diamond for graphite and abrasive composites.
Yes. Center‑cutting designs support ramping and helical entry.
Yes. Geometry, neck relief, and coatings can be tailored to your process. Contact us to discuss.
Tools are grouped by diameter and ball radius, flute count, reach/neck length, material‑dedicated series, and special forms such as tapered, long‑reach, and micro. Custom options are listed as an engineering‑driven subcategory.
Ball ends create smooth 3D profiles with minimal step marks. Corner radius or flat mills suit planar faces, roughing, and straight walls.
Solid carbide offers tighter radius accuracy, superior finish at small diameters, and fine feature capability. Indexable tools favor large diameters and on‑machine insert changes. Choose by feature size, finish goals, and setup.
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