You are here:

Heavy Duty Carbide Insert Face Milling Insert for Stable CNC Machining

HN06 Kr60°/APMX4.3  Kr45°/APMX3.2  Kr15°/APMX1.6

Face Milling Insert: HN06

→ A face milling insert with insert type HN06.

Kr 60° / APMX 4.3

→ When the lead angle (Kr) is 60 degrees, the maximum depth of cut (APMX) is 4.3 mm.

Kr60°: Aggressive cutting geometry

Enables deeper cuts and higher material removal rates.

Kr 45° / APMX 3.2

→ When the lead angle (Kr) is 45 degrees, the maximum depth of cut is 3.2 mm.

Kr 45°: Universal and balanced cutting geometry

Suitable for general face milling operations with balanced cutting forces.

Kr 15° / APMX 1.6

→ When the lead angle (Kr) is 15 degrees, the maximum depth of cut is 1.6 mm.

Kr 15° : Shallow lead angle for light cutting and finishing

Ideal for shallow cuts, finishing operations, and low cutting forces.

 

Keywords:

Face Milling Inserts, Milling Insert, Carbide Mill Cutter, Cemented carbide tools, Superhard tools, CBN cutter, PCD cutter, Carbide end mill, Indexable insert, Machining center tools, Turning Insert, Drilling Insert,Carbide Drill Bit, Carbide Tap, Reamer, Chamfer Insert

Description

Introduction:

Premium HN06 face milling inserts available in multiple edge angles: HN06 Kr60°/APMX 4.3 Kr45°/APMX 3.2 Kr15°/APMX 1.6. Designed for high-efficiency CNC face milling, these inserts deliver exceptional durability, precision, and consistent surface finish on a variety of materials including steel, stainless steel, cast iron, and high-strength alloys. Ideal for both roughing and finishing operations, they reduce cutting forces, improve tool life, and enhance overall productivity. Suitable for industrial machining, heavy-duty milling, and precision metalworking applications. Optimize your machining performance with reliable, high-quality face milling inserts.

Coating (Coated Carbide Inserts)

  • Inserts in this class are usually carbide-based with advanced coatings like PVD (Physical Vapor Deposition) or CVD (Chemical Vapor Deposition) to enhance wear resistance and thermal stability.
  • Coatings improve performance on steel, stainless steel and cast iron by reducing friction, enhancing hardness, and extending tool life.
  • Typical surface finish: polished or semi-polished to improve chip flow and reduce built‑up edge.
  • Often coated with combinations of TiAlN, AlTiN, TiN, TiCN depending on brand and target application.

Insert shape/geometry: Often ISO-Standard face milling type with multiple usable edges.

Cutting edge design: May include chipbreakers or micro‑grooves to control chip formation and reduce vibration.

Multiple cutting edges: Increases economy (more edges per insert).

Surface finish: Smooth or semi-smooth top surface to reduce adhesion and build-up.

 

Main technical parameters:

Type IC S BS

APMX

HN_0604_ 6.50 12.00 4.48

 

Type

RE Cutting Parameters

ap(mm)

fz(mm/z)

HNGJ0604ANN-WL

1.0 0.50-2.80 0.10-0.25
HNGJ060432ANN-WL 3.2 1.50-3.50

0.13-0.25

HNPJ0604ANN-WM 1.0 0.50-2.80

0.10-0.25

Reviews

There are no reviews yet.

Be the first to review “Heavy Duty Carbide Insert Face Milling Insert for Stable CNC Machining”

Your email address will not be published. Required fields are marked *

Post comment

Send Your Inquiry