Drilling Insert

Drilling Inserts – High-Performance Indexable Carbide Inserts | Dhumal CNC Enterprise

Drilling Inserts are high-performance carbide cutting tools designed for use in U-drills and indexable drilling systems — delivering precision, speed, and reliability in CNC hole-making applications.
Manufactured from micro-grain tungsten carbide and coated with advanced CVD/PVD layers such as TiAlN, TiCN, and AlTiN, these inserts offer exceptional hardness, wear resistance, and thermal stability, even under high-speed machining conditions.

Each insert features a multi-edge geometry that ensures balanced cutting forces, smooth chip evacuation, and excellent hole accuracy.
Engineered for both roughing and finishing in a single pass, Dhumal CNC drilling inserts help reduce cycle times and boost productivity in industrial setups.

⚙️ Key Features

• Made from micro-grain tungsten carbide for superior toughness

• Advanced CVD/PVD coatings (TiAlN, TiCN, AlTiN) for extended tool life

• Multi-edge geometry for smooth cutting and reduced vibration

• Suitable for both dry and wet machining conditions

• Supports roughing and finishing operations in one pass

• Available in standard geometries: SPMG, SOMT, SOMX, WCMT

🧰 Applications

✅ CNC U-drills and indexable drilling systems
✅ Boring tools and modular drilling heads
✅ Automotive and aerospace machining
✅ Mold, die, and heavy engineering industries
✅ Suitable for steel, stainless steel, cast iron, and non-ferrous materials

🌟 Why Choose Dhumal CNC Drilling Inserts?

✅ Premium carbide grade for longer tool life
✅ High precision and repeatability under demanding conditions
✅ Efficient chip evacuation and smooth drilling performance
✅ Compatibility with major U-drill holders and systems
✅ Trusted quality and performance across industries

🛒 Order Your Drilling Inserts Today!

Achieve faster hole-making, superior accuracy, and long-lasting performance with Dhumal CNC’s Drilling Inserts — engineered for CNC precision and industrial durability.
Perfect for U-drills, boring tools, and indexable systems in any machining environment.