Introducing the CCMT 060204 HMP PC5300 — a universal coated carbide insert offering superior wear resistance and stable tool life across turning, milling and drilling applications. Available now at CNC Tools Depot.
Unlock next-level productivity in your machine shop with the CCMT 060204 HMP PC5300 from KORLOY – now available at CNC Tools Depot, India’s largest marketplace for carbide inserts.
This insert features the proven “HMP” chipbreaker geometry packaged in the ISO CCMT 060204 form (80° diamond / rhombic, thickness 2.38 mm, corner radius ~0.4 mm) and is paired with the universal PC5300 grade coating.
Outstanding tool life and wear-resistance thanks to the PVD coating with anti-oxidation layer and fine-grain tough substrate.
One grade, many materials: steel, stainless, cast iron and heat-resistant alloys are all in play.
Stable machining with less chipping, fewer built-up edges and improved surface finish.
Because it delivers — fewer insert changes, less downtime, better finishes, and reduced cost per component. Shops tell us they’ve swapped multiple inserts out for this universal PC5300 grade and seen consistent results across materials. With reliable stock and quick dispatch from CNC Tools Depot, you stay running.
Turning – facing, profiling, light roughing & finishing.
Milling – intermittent cuts or general-purpose milling in steels and cast irons.
Drilling/Boring – when using indexable systems where a universal insert grade simplifies tooling.
Automotive • Aerospace • Die & Mold • General Engineering • Oil & Gas / Heavy Engineering
It is an ISO designation “CCMT” (80° diamond/rhombic with positive relief) size 060204 (6.35 mm inscribed circle, 2.38 mm thickness) with HMP chipbreaker.
The PC5300 is a universal PVD-coated carbide grade designed for steel (P), stainless (M), cast iron (K) and even heat-resistant super-alloys (S) giving stable tool-life across a wide range of applications.
While primarily designed for turning, the PC5300 grade with HMP breaker also supports intermittent milling and light drilling/boring operations when you want one insert to do more.
The improved coating and substrate mean fewer insert changes, less machine downtime, more parts per insert and better surface finishes — all translating into lower cost per component.
Automotive component manufacturing, aerospace structural and engine parts, die & mould industry, general engineering, and even heavy machinery shops — any shop where one reliable insert across multiple materials makes life simpler and production smoother.