Milling Cutter SK Tool Holder Lathe SK Combine Shell End Mill Arbor

Lathe SK Combine Shell End Mill Arbor tool holder type of milling cutter

Brief introduction
CNC toolholder,SK Combine Shell End Mill Arbors, suitable for the use of the axial or radial drive groove of the milling cutter such as: vertical disc cutter, sets of type of milling cutter, face milling cutter, milling cutter, three face milling cutter .Mechanical spindle and cutting tools and other accessories.High Precision SK shank Tool Holder ,balanced G6.3 or G2.5 For choose.
SpecifiCATEEions
Product Name: SK hybrid milling cutter
Model: SK30/40-SEMC (specific model reference to the bottom of the table)
Material: high quality Carburizing Steel Blackening synthesis, and fine grinding
Taper shank: tolerance grade <AT3
Hardness: 56-58 HRC
Carburizing depth: 0.8mm + 0.2mm
Maximum beat: <0.005mm
Surface roughness: Ra<0.005mm
The handle body can also specify the cooling method of AD+B
(A: no internal cooling hole; type AD: type AD+B: Water Center; center of water and water flange)
The handle can be specified dynamic balance G6.3 or G2.5

SK shell end mill arbors are commonly used in CNC machines for holding shell end mills. These arbors are designed with an SK (Steilkegel) taper, which is a popular taper standard used in CNC milling machines.

The SK shell end mill arbors feature a cylindrical shank with an SK taper at one end and a threaded portion at the other end for securing the shell end mill. The SK taper provides a secure and accurate connection between the arbor and the machine spindle, ensuring precision and stability during milling operations.

These arbors are available in various sizes to accommodate different shell end mill diameters. They are typically made from high-quality tool steel or alloy steel to withstand the high-speed and high-load conditions of CNC machining.

When using SK shell end mill arbors, it is important to ensure proper installation and tightening of the shell end mill to prevent any slippage or vibration during machining. Regular inspection and maintenance of the arbors are also recommended to ensure optimal performance and longevity.