KENNAMETAL Kennametal 1782896 RCMT43 KC5010 Carbide Turning Insert

Kennametal 1782896 RCMT43 KC5010 Carbide Turning Insert

Brand: KENNAMETAL
SKU: 1782896
Availability: In Stock

Ships same day if ordered by 12 pm

$218.48
$218.48
HAVE A QUESTION?

Our team is ready to help!

  • Voomi Supply

    Secure Payments

  • Voomi Supply

    Easy Returns

  • Voomi Supply

    Expert Advice

  • Voomi Supply

    Fast Shipping

Product Description

The KENNAMETAL 1782896 is a round solid carbide turning insert in the RCMT43 geometry, designed for high-performance metal cutting in lathe, facing, and boring operations. Manufactured to ANSI and ISO standards, this insert carries the KC5010 grade designation and features a PVD-applied TiAlN coating for elevated wear resistance at cutting temperatures. The 0.5-inch inscribed circle, 0.1875-inch thickness, and 0.25-inch corner radius define its cutting geometry. The screw-on holding method and positive rake angle contribute to secure seating and consistent chip control during interrupted and continuous cuts on steel and stainless steel workpieces.

This insert is suited for turning, facing, and boring applications on steel, stainless steel, cast iron, superalloys, and titanium. It is commonly used in CNC turning centers and manual lathes across production machining, job shop, and maintenance environments. The neutral hand orientation makes it adaptable across a wide range of toolholders. The KC5010 grade is engineered for high to moderate wear resistance and toughness across P, M, K, N, and S workpiece material classifications. Medium chip breaker operation targets mid-range feed and depth-of-cut parameters.

Key Features

  • Round insert shape (RCMT43 / ISO RCMT120400) with full radius geometry for multi-directional cutting
  • KC5010 grade with PVD TiAlN coating for wear resistance on steel, stainless steel, and superalloys
  • Positive rake and positive side clearance reduce cutting forces and extend tool life
  • Screw-on holding method with honed cutting edge for secure, repeatable seating
  • 4 usable cutting edges per insert
  • Multi-use application: turning, facing, and boring from a single insert

Compatibility

Designed for use in screw-on style round insert toolholders conforming to ANSI and ISO RCMT43 / RCMT120400 specifications. Compatible with turning, facing, and boring toolholder bodies that accept a 0.5-inch inscribed circle round insert with a 0.2165-inch hole diameter.

Installation Notes

Installation is performed by qualified machinists or tooling technicians. Power down and lock out the machine spindle before inserting or indexing. Seat the insert fully against the toolholder pocket and torque the clamping screw using the manufacturer-recommended torque wrench for screw-on style inserts. Inspect the insert pocket for wear or debris before seating a new insert, as a damaged pocket will affect runout and surface finish.

Technical Specifications
ANSI Insert Code
RCMT43
ISO Insert Code
RCMT120400
Manufacturer Grade
KC5010
Insert Material
Solid Carbide
Coating
TiAlN
Coating Process
PVD
Insert Shape
R - Round (Full Radius)
Insert Hand
Neutral
Inscribed Circle
0.5 inches
Insert Thickness
0.1875 inches
Corner Radius
0.25 inches
Insert Length
0.5 inches
Hole Diameter
0.2165 inches
Maximum Depth of Cut
0.0492 inches (1.25 mm)
Relief Angle
7 degrees
Rake
Positive
Side Clearance
Positive
Cutting Edge Style
Honed
Chip Breaker
Common / Medium Machining
Number of Cutting Edges
4
Insert Holding Method
Screw-On
Primary Workpiece Materials
Steel, Stainless Steel, Cast Iron, Aluminum, Superalloys and Titanium
Material Grade
C3, C4
Standards
ANSI, ISO
Package Quantity
1
Minimum Order Quantity
5
Weight
0.0013 pounds
Brand
KENNAMETAL
Manufacturer Part Number
1782896
KENNAMETAL Kennametal 1782896 RCMT43 KC5010 Carbide Turning Insert

Vendor: KENNAMETAL

Kennametal 1782896 RCMT43 KC5010 Carbide Turning Insert

$218.48

Vendor: KENNAMETAL

Kennametal 1782896 RCMT43 KC5010 Carbide Turning Insert

$218.48

Related Products

Customer Support Image

Need Support?

Call Jack and His Team