Facing is used for machining a large flat area, typically the top of the part in preparation for other milling operations.SNMX insert with its own wiper edge has a high surface finishing with multiple type of chip breakers. It is suitable for general machining of steel and stainless steel.cast iron.super alloys.
Product Information:
Face mills are tools with a large diameter that are used to cut a wide shallow path for facing operations. with PVD coating is resistant to deformation, good wear resistance and collapse resistance, low co-efficient of friction.
SNMX insert with double-sided negative rake 8-sided shape is highly cost-effective. Double front angle design makes good sharpness and a certain strength.
Specifications:
| Type | Ap (mm) | Fn (mm/rev) | CVD | PVD | |||||||||
VT3020 | VT3040 | VT1025 | VT1325 | VT1525 | VT1328 | VY1010 | VY1520 | VY1525 | VY1028 | VY1330 | |||
SNMX1205ANN-GM | 1.00-6.00 | 0.15-0.50 | • | • | O | O | |||||||
SNMX1606ANN-GM | 1.00-6.00 | 0.15-0.50 | • | • | O | O | |||||||
• : Recommended Grade
O: Optional Grade
Application:
Facing is used for machining a large flat area, typically the top of the part in preparation for other milling operations.
SNMX insert with its own wiper edge has a high surface finishing with multiple type of chip breakers. It is suitable for general machining of steel and stainless steel.cast iron.super alloys.
FAQ:
What milling method is generally recommended?
Down milling is generally recommended. With the down milling method, the burnishing effect can be avoided, resulting in less heat & minimal work-hardening tendency.
How is milling done?
The milling process is removing the materials by performing many separate and small cuts. It is accomplished by using a cutter with many teeth, spinning the cutter at a high speed, or advancing the material through the cutter slowly.
The SNMX insert is a specific type of indexable milling insert. It is designed for high-speed machining operations, offering excellent performance and productivity. This insert is commonly used in milling applications where high material removal rates and surface finish are required.
Four Steps of Tungsten Carbide Drawing Dies Production: 1. Tungsten carbide mould processing The core of the hard alloy drawing die will shrink in the sintering process, and the shrinkage of diffe...
Read MoreCarbide inserts are a great way to increase the efficiency of your woodworking projects. They offer a variety of benefits that are not found in other tools, such as increased durability, higher accur...
Read MoreMilling inserts are a critical component of the machining process. They are used to cut and shape materials such as metals, plastics, and composites. As technology advances, so do the types of millin...
Read More
All Types of Milling Inserts to Support Your Project and Business
