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Carbide End Mill Bit 4 Flute D:1.5 H:3 Shank:4
Carbide End Mill Bit 4 Flute D:1.5 H:3 Shank:4 Carbide End Mill Bit 4 Flute D:1.5 H:3 Shank:4

Carbide End Mill Bit 4 Flute D:1.5 H:3 Shank:4

A cutting tool with four spiral edges that can make various shapes and features on hard materials. It has a diameter of 1.5 mm, a length of cut of 3 mm, and a shank diameter of 4 mm.
Availability: 10 in stock
SKU: B-03-09
689.04 EGP
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  • A carbide end mill bit is a type of cutting tool that is used to create various shapes and features on a workpiece by removing material. Carbide is a hard material that can withstand high temperatures and resist wear and abrasion. Carbide end mill bits are suitable for cutting hard materials, such as steel, titanium, and alloys.
  • A carbide end mill bit has four flutes, which are the cutting edges that spiral around the cylindrical body of the tool. The flutes help to remove the chips and debris from the cutting area and provide a smooth finish. The number of flutes affects the speed, feed, and quality of the cut. Generally, more flutes mean faster cutting and finer finish, but less chip clearance and more heat generation.
  • The diameter of the end mill bit is measured at the widest point of the cutting edge, and it determines the size of the cut that can be made. The diameter also affects the speed and feed of the tool. Generally, smaller diameters mean slower cutting and finer finish, but more accuracy and less vibration. The carbide end mill bit has a diameter of 1.5 mm, which is suitable for making small slots or profiles on hard materials.
  • The length of cut is measured from the tip of the tool to where it meets the shank. The shank is the part of the tool that is held by the machine spindle or collet. The length of cut determines how deep the tool can cut into the workpiece. The length of cut also affects the rigidity and stability of the tool. Generally, shorter lengths of cut mean more rigidity and stability, but less reach and versatility. The carbide end mill bit has a length of cut of 3 mm, which is suitable for making shallow cuts on hard materials.
  • The shank diameter is measured at the end of the tool that is held by the machine spindle or collet. The shank diameter determines how well the tool fits into the machine and how much torque it can handle. The shank diameter also affects the balance and alignment of the tool. Generally, larger shank diameters mean more stability and torque, but less compatibility and flexibility. The carbide end mill bit has a shank diameter of 4 mm, which is suitable for most standard machines and applications.
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