CARBIDE TIPPED BAND SAW BLADES - The MK Morse Co
Description
The M-FACTOR By Morse® carbide tipped band saw blade product line from The M. K. Morse Company has expanded to include M-Factor CH and M-Factor GP blades. The M-Factor CH is engineered for optimal cutting performance on case hardened materials while the M-Factor GP design tackles common cutting of carbon steels and stainless steels.
These two product lines join the previously introduced M-Factor AF aluminum foundry blade which cuts tough abrasive applications such as aluminum castings, composite materials and non-ferrous metals. With all the M-Factor By Morse carbide tipped blades, the cutting results are a dramatic increase in productivity and blade life while reducing change over and down time cost.
The newest 1” (27mm), 1-1/4" (34mm), and 1-1/2” (41mm) M-FACTOR CH and GP carbide tipped bands are tough blades engineered with a high performance steel backer. These blades accept higher speeds and heavier feed forces required in carbide tipped band applications. Fast cutting, smooth finish and long service life are immediate benefits provided by the triple chip tooth profile. The M-FACTOR By Morse blades are available in a variety of band widths and thicknesses.
These two product lines join the previously introduced M-Factor AF aluminum foundry blade which cuts tough abrasive applications such as aluminum castings, composite materials and non-ferrous metals. With all the M-Factor By Morse carbide tipped blades, the cutting results are a dramatic increase in productivity and blade life while reducing change over and down time cost.
The newest 1” (27mm), 1-1/4" (34mm), and 1-1/2” (41mm) M-FACTOR CH and GP carbide tipped bands are tough blades engineered with a high performance steel backer. These blades accept higher speeds and heavier feed forces required in carbide tipped band applications. Fast cutting, smooth finish and long service life are immediate benefits provided by the triple chip tooth profile. The M-FACTOR By Morse blades are available in a variety of band widths and thicknesses.