Rohit Cutting Tools - Solid Carbide Ball Nose 3X

Ultra Micro Fine Grain (UMG) Carbide Substrate
Carbide Ball Nose End Mills produced from this substrate are meant for High Performance Milling applications
These Carbide Ball Nose End Mills will improve your productivity many-folds and reduce your Cost Per Component (CPC) in comparison to 1X Grade of Carbide Ball Noses.

High performance carbide ball nose end mills for die-mould 3D profiling at higher cutting parameters
Solid carbide ball nose for milling hardened die steel and tool steel up to 60 HRc — D2, D3, H13, P20 and equivalents
4-flute ball nose design delivers higher feed rates and a finer surface finish in semi-finish and finish passes
Outperforms the Closed 206 Series (TX Series) carbide ball nose end mills in both productivity and tool life
Precision-ground ball form maintains R-accuracy across the full 180° for accurate 3D contouring and copy milling
Finished with the newly developed NOVA coating for wear resistance and thermal stability at elevated cutting speeds

High performance carbide ball nose end mills for die-mold 3D profiling at higher cutting parameters
Solid carbide ball nose for milling hardened die steel and tool steel up to 60 HRc — D2, D3, H13, P20 and equivalents
2-flute ball nose design delivers higher finish and ease of regrinding for the tool room.
Outperforms the Closed 206 Series (TX Series) carbide ball nose end mills in both productivity and tool life
Precision-ground ball form maintains R-accuracy across the full 180° for accurate 3D contouring and copy milling
Finished with the newly developed NOVA coating for wear resistance and thermal stability at elevated cutting speeds

Micro Ball Nose end mills in solid carbide for die-mold detailing, micro-cavity milling and precision component machining
Carbide Ball-Nose end mills from Ø0.2 mm to Ø0.9 mm, ground from ultra-fine grain carbide for maximum edge strength
Mills hardened die steel and tool steel up to 60 HRc — D2, D3, H13, P20, SKD11 — in the hardened condition
2-flute geometry gives free chip evacuation in narrow slots, ribs and micro-pockets
Reduced neck with tight concentricity control for deep, close-wall access and longer micro tool life
Coated with the newly developed NOVA coating for wear and thermal resistance without rounding the edge

Solid carbide rib processing ball nose end mills built to reach deep cavities in die-mould applications
Long neck ball nose design in Ø1 mm to Ø4 mm, ground for reach depths of 5 to 10 times the cutting diameter
Designed for 3D milling, deep slotting and pocketing where a standard ball nose cannot clear the walls
Neck relief allows close-wall machining at full depth without rubbing or deflection
Suited to high precision and high speed machining in small cavities, ribs and narrow pockets
Capable of machining hardened die steel and tool steel up to 60 HRc

High performance taper neck carbide ball nose end mills for die-mold work where a straight shank cannot reach
2-flute carbide ball nose from Ø2 mm to Ø12 mm for 3D contouring, copy milling and deep cavity finishing
Tapered neck geometry gives greater reach with higher rigidity than a straight-neck tool of the same length — less deflection, better form accuracy
Best suited for milling hardened die steel and tool steel up to 60 HRc — D2, D3, H13, P20 and equivalents
Finished with the newly developed NOVA coating for wear resistance and thermal stability at elevated cutting parameters

High performance carbide ball nose end mills for aluminum, brass, copper and other non-ferrous materials at elevated cutting parameters
2-flute high helix design in Ø3 mm to Ø20 mm gives maximum chip space and rapid chip evacuation — the two things that decide tool life in aluminum
High helix angle produces a shearing cut with lower cutting forces, preventing built-up edge and chip welding in soft, gummy materials
Ideal for 3D contouring, copy milling and profiling on aluminum molds, dies, patterns and prototype work
Supplied uncoated as standard, with optional ALU-IRIS or DLC coating for extended tool life in abrasive and high-silicon aluminium alloys
Suited to high speed machining — deep axial passes and high feed rates on modern high-RPM spindles
Also effective on plastics, composites and other non-ferrous materials