Flat-Set type and Triple-chip tooth profile (FST)
FST tooth geometry reduces cutting resistance and improved wear resistance.
Cutting performance improved
Enhanced cutting performance from a tighter tolerance grind.
Chipping suppressed
Best suited carbide tip improved chipping resistance.
| Name | AXCELA B | |||
| Blade width (mm) |
Blade thickness (mm) |
Pitch | ||
| 1.8/2 | 2/3 | 3/4 | ||
| 27 | 0.9 | ● | ||
| 34 | 1.1 | ● | ● | |
| 41 | 1.3 | ▲ | ● | ● |
● : Standard item ▲ : Special order required
Titanium-coated circular saw blade with excellent wear resistance.
Edge material specifications
Carbide tips with high toughness is coated original.
Target materials
Both chipping resistance and wear resistance, stable life and cutting quality is provided with cutting structural carbon steels, structural alloy steels, pipes and special steel (except for stainless steels and heat-resisting steels).
Versatile blade capable of cutting steel materials ranging from structural steel to stainless steel (with small and medium diameters).
Varying tooth set pattern contributory to lower cutting noise.
Adoption of M42 cobalt high-speed steel
Varying tooth set pattern which lowers resonance and noise during cutting
Suitable for cutting solid materials and covering a wide range from general steel to difficult-to-cut materials
Blade suitable for cutting difficult-to-cut materials such as Inconel and titanium alloy.
Flat-Set type and Triple-Chip tooth profile (FST tooth geometry)
Dependable sawing on highly abrasive materials.
Sharp-edge tooth tip (Sharpest tooth form)
Increased tooth penetration on hardened materials.
Utilizing a new and improved grade of carbide chip
Optimized blade material with improved wear resistance.
Increased edge material hardness compared to conventional products.
Wide set specification of measure against pinching
Lineup of AXCELA H WS improved measure against pinching for most difficult-to-cut materials.
Thin blade for higher productivity.
Thinner than regular blade – smaller blade thickness for smaller kerf and lesser material lost
Smaller blade thickness which lowers cutting resistance
Using this blade in a PCSAW Series model produces a synergetic effect with pulse cutting, which further reduces cutting resistance and chips
Offered in product lineups of SGLB and MAGNUM Series
