45ALE 6.0xD6x45x150-3f Specification
- Features
- Long Reach, High Precision, Wear Resistance
- Drill Bits Types
- Solid Carbide Drill
- Coating Type
- Aluminum Chrom Nitride (AlCrN)
- Cutting Accuracy
- High Precision
- Operation Type
- Through Hole Drilling
- Cutter Type
- End Mill Type
- Cutting Capacity
- 6 mm Diameter
- Brooches Type
- Straight Fluted
- Machine Type
- CNC Machining Center
- Operate Method
- Rotary Drilling
- Cutting Speed
- Suitable for High-Speed Machining
- Maximum Torque
- Optimized for CNC Use
- Processing Type
- Precision Drilling
- Length
- 150 Millimeter (mm)
- Blade Size
- 45 mm Flute Length
- Surface Finish
- Polished, Coated
- Cooling Method
- External Coolant Recommended
- Recommended Workpiece Material
- Aluminum, Steel, Alloy, Cast Iron
- Packaging
- Individual Plastic Tube
45ALE 6.0xD6x45x150-3f Trade Information
- Minimum Order Quantity
- 1 Piece
About 45ALE 6.0xD6x45x150-3f
45ALE 6.0xD6x45x150-3F Polished is a high performance solid carbide end mill designed for aluminium, brass, copper, MS, EN8, EN19, and SS304 machining. Its extra long overall length combined with extended flute design makes it ideal for ultra-deep cavity machining, long reach profiling, and high-speed CNC operations. The 3-flute polished carbide construction ensures smooth chip evacuation, reduces built-up edge, and delivers excellent surface finish in non-ferrous and multipurpose materials. The polished flute geometry minimizes material sticking and enhances cutting efficiency, providing stable cutting performance with reduced vibration even in deep machining conditions. This tool is widely used in automotive components, general engineering, and die and mould applications where precision and reach are critical. As part of premium carbide end mill tools, it is trusted by CNC cutting tools manufacturers and industrial cutting tools suppliers. SUKHMANI TOTAL SOLUTIONS, a leading CNC tools supplier in India, offers high quality precision carbide cutting tools with competitive pricing and expert technical support.