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Iscar

Iscar APKT1003PDTR-RM IC328 Carbide Milling Insert (10 Pack)

Iscar APKT1003PDTR-RM IC328 Carbide Milling Insert (10 Pack)

Regular price $170.00 USD
Regular price Sale price $170.00 USD
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High-performance APKT1003PDTR-RM carbide milling insert with IC328 grade.

Designed for reliable performance in milling applications, the APKT1003PDTR-RM with Iscar’s IC328 grade provides strong edge toughness, stable cutting performance, and dependable tool life. The RM geometry features a reinforced helical cutting edge, making it a good choice for interrupted cuts, heavy machining, and general-purpose milling operations.

IC328 is a TiCN-coated carbide grade suitable for steel, stainless steel, and high-temperature alloy machining. This insert is commonly used for shoulder milling, face milling, slotting, ramping, plunging, chamfering, and related milling applications.

- Genuine Iscar Product
- In Stock – Ships from USA
- Pack of 10 Inserts
- Ships in 1 Business Day

Specifications

Manufacturer: Iscar
Insert Style: APKT1003PDTR-RM
Grade: IC328
Chipbreaker / Geometry: RM
Application: General Milling / Heavy Machining
Workpiece Material: Steel, Stainless Steel, Superalloys & Titanium
Coating: TiCN-Coated Carbide
Insert Shape: Parallelogram
Insert Length: 0.433" / 11 mm
Insert Width: 0.264" / 6.7 mm
Insert Thickness: 0.137" / 3.47 mm
Corner Radius: 0.0197" / 0.5 mm
Maximum Depth of Cut: 0.3858" / 9.8 mm
Wiper Edge Length: 0.047" / 1.2 mm
Number of Cutting Edges: 2
Cutting Direction: Right Hand
Tool Type: Single-Sided Milling Insert
Quantity: 10 Inserts per Pack

Recommended For

Shoulder milling
Face milling
Slotting
Ramping / rampdown
Plunging and recessing
Chamfering and countersinking
Interrupted cuts
Steel and stainless steel machining
Production milling requiring stable tool life

Why Choose IC328?

Strong TiCN-coated carbide grade
Good wear resistance in steel and stainless steel
Stable edge performance for general milling
Reliable choice for interrupted and heavy machining
RM geometry helps improve edge strength and cutting stability

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