Model:
R390-11T308M-PM 4230， Among them, "R390" represents the tool series, "11" represents the cutting edge length of 11mm, "T" represents the blade shape of a triangle, "3" in "308" may represent the blade thickness, "08" represents the tip radius, and "M" represents the accuracy level of the blade，PM "represents the application field of the blade, and" 4230 "refers to the blade material
Performance characteristics:
Material: Made of hard alloy material, it has the characteristics of high hardness, good wear resistance, and high compressive strength, and can withstand the pressure and impact force during high-speed cutting and heavy load processing.
Coating: Some products use Zertivo coating technology, which is a PVD coating containing titanium, aluminum, and chromium. It can resist continuous wear and chemical corrosion, reduce hot cracking and chipping, and optimize the interaction between the coating and the substrate.
Blade edge design: The unique blade edge design gives the blade good sharpness, making it easy to cut into the workpiece material, while also helping to reduce cutting force and heat generation, improving machining efficiency and quality.
Material: Made of hard alloy material, it has the characteristics of high hardness, good wear resistance, and high compressive strength, and can withstand the pressure and impact force during high-speed cutting and heavy load processing.
Coating: Some products use Zertivo coating technology, which is a PVD coating containing titanium, aluminum, and chromium. It can resist continuous wear and chemical corrosion, reduce hot cracking and chipping, and optimize the interaction between the coating and the substrate.
Blade edge design: The unique blade edge design gives the blade good sharpness, making it easy to cut into the workpiece material, while also helping to reduce cutting force and heat generation, improving machining efficiency and quality.
Application areas:
Shoulder milling: can be used to process the shoulders of workpieces, achieving efficient material removal and good surface quality.
Slotting: Processing grooves of various shapes and sizes on workpieces, such as straight grooves, dovetail grooves, etc.
Cavity milling: suitable for processing various cavity structures, such as mold cavities, box interiors, etc.
Face milling: Used for milling flat surfaces, it can quickly remove large areas of material and obtain a flat surface.
Shoulder milling: can be used to process the shoulders of workpieces, achieving efficient material removal and good surface quality.
Slotting: Processing grooves of various shapes and sizes on workpieces, such as straight grooves, dovetail grooves, etc.
Cavity milling: suitable for processing various cavity structures, such as mold cavities, box interiors, etc.
Face milling: Used for milling flat surfaces, it can quickly remove large areas of material and obtain a flat surface.
Applicable materials:
mainly used for processing ISO-P materials, such as steel parts, including non alloy and low-alloy steel, and can also be used for processing mixed materials