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3 Flute Solid Carbide Micro End Mills are ideal for profiling, slotting and plunging applications. They allow for high performance milling of small features and parts. The extended neck enables step down milling paths with higher feed rates. While Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional...
3 Flute Solid Carbide Micro End Mills are ideal for profiling, slotting and plunging applications. They allow for high performance milling of small features and parts. While Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
3 Flute Solid Carbide Micro End Mills are ideal for profiling, slotting and plunging applications. They allow for high performance milling of small features and parts. The extended neck enables step down milling paths with higher feed rates. While Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional...
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
3 Flute Solid Carbide Micro Ball End Mills are ideal for profiling, slotting and plunging applications. They allow for high performance milling of small features and parts. The ball end tip produces rounded details, where sharp corners must be avoided, and they are commonly used in dies and molds. The extended neck style enables step down milling paths with higher feed rates. While Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree...
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy
2 Flute Carbide End mills provide enhanced chip carrying capability and are ideal for slotting and pocketing applications. Carbide's extreme hardness allows for the tool to be run much faster than HSS or cobalt. It provides a high degree of wear resistance by withstand high cutting temperatures. The rigidity of carbide allows for excellent surface finishes and dimensional accuracy