Skip to product information
1 of 2

Iscar

Iscar XPMT100408-HQ IC328 Carbide Milling Insert (10 Pack)

Iscar XPMT100408-HQ IC328 Carbide Milling Insert (10 Pack)

Regular price $160.00 USD
Regular price Sale price $160.00 USD
Sale Sold out
Shipping calculated at checkout.

1 pack contains 10 inserts.
Quantity 1 = 1 pack.

U.S. shipping: $9.99 on orders under $100.
Free standard shipping on orders of $100 or more.
Shipping policy

Delivery timing

Standard delivery typically takes 1–3 business days after dispatch; delivery dates are not guaranteed. Orders placed on weekends or U.S. federal holidays are processed on the next business day.

Low stock: 7 left

Ships within 1 business day after payment verification.

Quantity (packs)

Iscar XPMT100408-HQ IC328 Carbide Milling Insert

Designed for reliable performance in shoulder milling and general-purpose milling applications, the XPMT100408-HQ with Iscar's IC328 grade delivers excellent wear resistance, edge toughness, and stable cutting performance. The HQ geometry is optimized for efficient chip evacuation and smooth cutting action, making it suitable for a wide range of machining conditions. IC328 is a PVD-coated grade engineered for dependable tool life in steel and stainless steel milling applications.

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

Specifications

  • Manufacturer: Iscar
  • Insert Style: XPMT100408-HQ
  • Grade: IC328
  • Chipbreaker: HQ
  • Application: General Milling
  • Workpiece Material: Steel (P), Stainless Steel (M)
  • Coating: PVD TiCN/TiN
  • Insert Shape: Parallelogram Milling Insert
  • Corner Radius: 0.8 mm
  • Inscribed Circle (IC): 10 mm
  • Thickness: 4.8 mm
  • Quantity: 10 Inserts per Pack

Recommended For

  • Shoulder milling
  • Face milling
  • General-purpose CNC milling
  • Steel and stainless steel machining
  • Continuous and interrupted cutting conditions

Why Choose IC328?

  • Excellent wear resistance
  • Tough substrate for interrupted cuts
  • Reliable edge security
  • Consistent performance across a wide range of materials
  • Long and predictable tool life
View full details