DRILLSTAR CARBIDE TOOLS ARE WORKING IN MANY PLACES AROUND THE WORLD
Solid Carbide End Mills are designed to perform in the most demanding environments. Whether you’re looking for an end mill for aluminum, titanium, stainless steel, or different materials, our end mills will provide you with the ultimate MRR and durability. AG carbide Solid Carbide End Mills run longer, cut faster, and machine with greater precision.
Solid Carbide End Mills are designed to perform in the most demanding environments. Whether you’re looking for an end mill for aluminum, titanium, stainless steel, etc.
In its most basic sense, a carbide end mill is a cutting tool that can be used for a wide range of industrial milling operations. It will commonly be used in lathes and similar resources used for metalwork cutting and applications.
Carbide end mills are, unsurprisingly, made from a compound of carbide and cobalt. While they may look like drill bits at a glance, they offer a far better function as they can move in all directions (unlike a standard drill bit). This makes them particularly ideal for a range of geometric cutting tasks, and are often used on aluminum.
They fit into a lathe in a straightforward fashion and offer a reliable performance even under high heat and pressure. They may be used to create a variety of grooves, slots, and pockets in the workpiece.
As one of the biggest Solid Carbide End Mills manufacturers in De zhou, China, AG carbide produces and stock all kinds of standard high-performance solid carbide end mills for steel, aluminum, stainless steel, etc. OEM and special tools are also provided.
Specification
| 2 Flute End Mills With Straight Shank Φ6-16mm L38-58mm |
2 Flute End Mills With Straight Shank Φ 6-30 L38-101mm | |
3 Flute End Mill With Weldon ShankΦ3-20mm L38-101mm | |
Keyway cutters with Straight ShankΦ3-20mm L38-101mm | |
4 Flute End Mills With Straight Shank Φ3-20mm L38-101mm | |
60° Hellx End Mills With Straight ShankΦ3-20mm L38-101mm |
1. Core thickness
Core thickness is an important factor in determining the rigidity and chip pocket of an end mill. The core thickness of the general end mill is 60% of the outer diameter. The core thickness increases, the cross-sectional area increases, and the rigidity increases, but the chip flute decreases, and the chip removal performance deteriorates; the core thickness decreases, the rigidity decreases, but the chip removal performance increases.
2. Helix angle
The larger the helix angle of the end mill, the longer the contact line between the workpiece and the cutting edge, the smaller the load applied to the cutting edge per unit length, which is beneficial to prolonging the tool life. As the helix angle increases, the axial component force of the cutting resistance also increases, making the tool easy to fall off from the handle. That is, when machining with a tool with a large helix angle, the rigidity of the tool handle is required. 0° helix angle is called straight edge, and its contact line is the shortest
Solid Carbide End Mills are designed to perform in the most demanding environments. Whether you’re looking for an end mill for aluminum, titanium, stainless steel, or different materials, our end mills will provide you with the ultimate MRR and durability. AG carbide Solid Carbide End Mills run longer, cut faster, and machine with greater precision.
Solid Carbide End Mills are designed to perform in the most demanding environments. Whether you’re looking for an end mill for aluminum, titanium, stainless steel, etc.
In its most basic sense, a carbide end mill is a cutting tool that can be used for a wide range of industrial milling operations. It will commonly be used in lathes and similar resources used for metalwork cutting and applications.
Carbide end mills are, unsurprisingly, made from a compound of carbide and cobalt. While they may look like drill bits at a glance, they offer a far better function as they can move in all directions (unlike a standard drill bit). This makes them particularly ideal for a range of geometric cutting tasks, and are often used on aluminum.
They fit into a lathe in a straightforward fashion and offer a reliable performance even under high heat and pressure. They may be used to create a variety of grooves, slots, and pockets in the workpiece.
As one of the biggest Solid Carbide End Mills manufacturers in De zhou, China, AG carbide produces and stock all kinds of standard high-performance solid carbide end mills for steel, aluminum, stainless steel, etc. OEM and special tools are also provided.
Specification
| 2 Flute End Mills With Straight Shank Φ6-16mm L38-58mm |
2 Flute End Mills With Straight Shank Φ 6-30 L38-101mm | |
3 Flute End Mill With Weldon ShankΦ3-20mm L38-101mm | |
Keyway cutters with Straight ShankΦ3-20mm L38-101mm | |
4 Flute End Mills With Straight Shank Φ3-20mm L38-101mm | |
60° Hellx End Mills With Straight ShankΦ3-20mm L38-101mm |
1. Core thickness
Core thickness is an important factor in determining the rigidity and chip pocket of an end mill. The core thickness of the general end mill is 60% of the outer diameter. The core thickness increases, the cross-sectional area increases, and the rigidity increases, but the chip flute decreases, and the chip removal performance deteriorates; the core thickness decreases, the rigidity decreases, but the chip removal performance increases.
2. Helix angle
The larger the helix angle of the end mill, the longer the contact line between the workpiece and the cutting edge, the smaller the load applied to the cutting edge per unit length, which is beneficial to prolonging the tool life. As the helix angle increases, the axial component force of the cutting resistance also increases, making the tool easy to fall off from the handle. That is, when machining with a tool with a large helix angle, the rigidity of the tool handle is required. 0° helix angle is called straight edge, and its contact line is the shortest
