ENWA D16mm 4 Flute Solid Carbide End Mill with High Wear Resistance and Precision Ground Edges for CNC Milling

Product Overview

The ENWA CARBIDE END MILLS D163590*4F is a high-performance solid carbide square end mill for CNC machining centers. Adopting premium solid tungsten carbide blank, optimized flute structure and standard 4-flute design, this cutter features excellent rigidity, abrasion resistance and smooth chip evacuation performance. It maintains stable cutting state during continuous and mild interrupted roughing and semi-finish milling, widely applicable to batch processing of mechanical parts, molds and structural components made of steel and cast iron.

Well-designed flute grooves accelerate chip removal and heat dissipation, keeping stable machining precision and extending tool service life during long-cycle mass production.

Key Features

• High-density solid carbide substrate delivers great structural rigidity and anti-chipping ability, suitable for medium cutting loads.
• 4-flute layout balances machining efficiency and chip holding space, ideal for side milling, slotting and contour processing.
• Precision ground sharp cutting edges reduce cutting resistance and ensure superior surface finish of workpieces.
• Integrated straight shank with high concentricity realizes firm clamping and stable rotation on standard tool holders.
• Standard dimensions D163590 fully meet the requirements of conventional milling and medium-depth machining.
• Wear-resistant coating improves high-temperature stability and effectively slows down tool wear.

Workpiece Materials

• Carbon steel
• Alloy steel
• Pre-hardened steel
• Grey cast iron
• General structural metal

Typical Applications

• Outer diameter side milling
• Standard slot rough & semi-finish machining
• Step surface and contour milling
• Mold and fixture component processing
• Light interrupted parts batch CNC milling

Technical Specifications

Why Choose ENWA CARBIDE END MILLS D163590*4F?

Combining robust solid carbide material and mature 4-flute structural design, this end mill runs stably in daily metal milling operations. It has balanced comprehensive performance and cost advantages, reduces tool replacement frequency and improves overall workshop productivity, serving as a practical universal milling cutter for general metal processing.