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Size - Cutting diameter: 6mm / 0.24"; cutting depth: 1mm / 0.04"; shank diameter: 6mm / 0.24"; shank length: 31mm / 1.22"; total length: 50mm / 1.97"; number of flutes: 4 flutes
Material - The solid carbide T-slot milling cutter has has high hardness (HRC92), good toughness, wear resistance, bending resistance and heat resistance. With good milling and cutting performance, carbide can run at higher speed than other substrates.
Features - Sharp cutting edge provides smooth cutting, not easy to break. Titanium coating provides excellent corrosion resistance, greatly improves wear resistance and hardness, and reduces the coefficient of friction.
Applications - Suitable for machining T slotting, straight slotting, side grooving and half-round keyway on the work piece. Widely used for milling and cutting stainless steel, cast iron, tool steel, alloy steel, copper, aluminum, composite materials, etc.
Notes - Used on CNC machining centers, drilling and milling machines, engraving machines. Properly reduce the cutting speed and feed can prolong the life of the milling cutter. Add cutting fluid to protect the cutting edge and make the cutting smoother when working.
The solid carbide T-slot milling cutter has has high hardness (HRC92), good toughness, wear resistance, bending resistance and heat resistance. With good milling and cutting performance, carbide can run at higher speed than other substrates. Sharp cutting edge provides smooth cutting, not easy to break. Titanium coating provides excellent corrosion resistance, greatly improves wear resistance and hardness, and reduces the coefficient of friction. Universal round shank can de used with a wide variety of tool holding system. Suitable for machining T slotting, straight slotting, side grooving and half-round keyway on the work piece. Widely used for milling and cutting stainless steel, cast iron, tool steel, alloy steel, copper, aluminum, composite materials, etc. Used on CNC machining centers, drilling and milling machines, engraving machines, and precision engraving machines. Properly reduce the cutting speed and feed can prolong the life of the milling cutter. Add cutting fluid to protect the cutting edge and make the cutting smoother when working. Notice: The longer the length of the tool clamped by the chuck, the better. If the clamping length is shorter, you need to lower the feed rate and cutting speed to reduce vibration and extend the tool life.