Audited Supplier
Coating
Spiral Tooth
Sparse Tooth
Insert Type
Tungsten Steel
Vertical Milling Cutter
High-Precision
General High-Speed Cutting
Gusmet
Carton
various
Changzhou, China
82077010
Product Description
The end mill is a multi-functional and high-efficiency cutting tool, which is widely used in the field of machining. Its specific uses include but are not limited to the following situations:
Plane machining: cutting the workpiece horizontally. When it is necessary to flatten the surface of the workpiece, the operator will place the workpiece firmly on the workbench, and use the combination of rotary motion and feed motion of the end mill to accurately remove the excess material on the surface of the workpiece. Through this machining method, not only fast and efficient plane cutting can be realized, but also the required flatness and accuracy of the workpiece surface can be ensured.
Chamfering: End milling cutter also plays an important role in corner treatment. When the workpiece design requires chamfering at the edges or corners to obtain smooth transition or beautiful appearance, the end milling cutter can easily realize this requirement. According to different chamfering requirements, end mills with corresponding angles can be replaced, and the size and shape of chamfering can be accurately controlled by adjusting the angle and feed of the cutter, so that the workpiece looks more professional and exquisite.
Boring: In addition to plane and chamfer machining, the end mill can also process holes. End milling cutter can play an important role in drilling, reaming or reaming. Especially in the case of machining large-diameter holes or requiring high accuracy of holes, the operator can accurately control the size, shape and surface quality of the holes by feeding the end milling cutter into the workpiece. Through the cooperation of rotation and feed movement, the end milling cutter can quickly and effectively remove the excess material on the hole wall, and at the same time ensure the smooth and flat internal surface of the hole to meet the design requirements.
Plane machining: cutting the workpiece horizontally. When it is necessary to flatten the surface of the workpiece, the operator will place the workpiece firmly on the workbench, and use the combination of rotary motion and feed motion of the end mill to accurately remove the excess material on the surface of the workpiece. Through this machining method, not only fast and efficient plane cutting can be realized, but also the required flatness and accuracy of the workpiece surface can be ensured.
Chamfering: End milling cutter also plays an important role in corner treatment. When the workpiece design requires chamfering at the edges or corners to obtain smooth transition or beautiful appearance, the end milling cutter can easily realize this requirement. According to different chamfering requirements, end mills with corresponding angles can be replaced, and the size and shape of chamfering can be accurately controlled by adjusting the angle and feed of the cutter, so that the workpiece looks more professional and exquisite.
Boring: In addition to plane and chamfer machining, the end mill can also process holes. End milling cutter can play an important role in drilling, reaming or reaming. Especially in the case of machining large-diameter holes or requiring high accuracy of holes, the operator can accurately control the size, shape and surface quality of the holes by feeding the end milling cutter into the workpiece. Through the cooperation of rotation and feed movement, the end milling cutter can quickly and effectively remove the excess material on the hole wall, and at the same time ensure the smooth and flat internal surface of the hole to meet the design requirements.
