Feature(may vary by option.)
●End Mill: Blade Diameter : ; Shank Diameter : ; Blade Length : ; Total Length : ; Milling Machine Direction: ; Style: . Carbide can run faster than high speed steel
●General Purpose: Suitable for carving and milling machines such as printed circuit board, PCB, MDF, ABS, PVC, Acrylic, Nylon, Plastic, Wood, Fiberglass, Carbon Fiber, Density Plate, Plaster Board etc. Can be used with CNC machining centers, machine tools, precision engraving machines and other equipment
●Carbide Tools: Tungsten carbide tools have high hardness (HRC), wear resistance, excellent toughness and heat resistance. Carbide with excellent milling machine and cutting performance ensure high working efficiency
●Titanium Coating: Titanium coating provides excellent corrosion resistance, greatly improves abrasion resistance and hardness, reducing friction coefficient. Sharp edge provides smooth cutting and no glitch
●Tip: The longer the tool you clamp with the chuck, the better! Choose the right feed and cutting speed to improve tool life and achieve better precision and performance
[0.4mm x 3 mm]
[0.2mm x 1mm]
[0.3 mm x 1.5mm]
[0.9mm x 6mm]
[1mm x 7mm]
[1.4mm x 8mm]
Description
Description:
Tungsten carbide tools have high hardness (HRC), wear resistance, excellent toughness, and heat resistance. Carbide with excellent milling machine and cutting performance ensure high working efficiency. Carbide runs faster than high speed steel.
Suitable for carving and milling machines such as printed circuit boards, PCB, MDF, ABS, PVC, Acrylic, Nylon, Plastic, Wood, Fiberglass, Carbon Fiber, Density Plates, Plaster and more. Excellent alternative to CNC or PCB machines.
Titanium coating provides excellent corrosion resistance, greatly improves abrasion resistance and hardness, and reduces friction coefficient. Sharp edge provides smooth cutting and no glitch.
Can be used with CNC machining centers, machine tools, precision engraving machines and other equipment. The longer the length of the tool you clamp with the chuck, the better!
If the tightening length is short, you need to decrease feed and cutting speed to reduce vibration and extend tool life. In combination with materials to be processed to select the appropriate feed and cutting speed to improve tool life and improve machining accuracy and performance.