 |  |  |  <100[mm] |  100–400[mm] |  >400[mm] | <100 [mm] | 100–400 [mm] | >400 [mm] | <100 [mm] | 100–400 [mm] | >400 [mm] | <100 [mm] | 100–400 [mm] | >400 [mm] | | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Bandsaw blade type | Rolled steel products | Steel profiles | Bundled materials | Structural steels, engineering steels, non-ferrous metals *1 | Cold working steels, case-hardened steels, bearing steels | Hot forming tool steels, stainless steels | Nikel alloys and Titanium alloys | Aluminium alloys | Tooth material | Tooth tip hardness | Features | |||||||||
| Carbide | AXCELA HP-TS | Carbide + coating | > 2500 HV | Engineered for cutting hard materials on the AMADA HPSAW 310. | ||||||||||||||||
| AXCELA HP-MS | Carbide + coating | 2500 HV | Optimized for structural and heat-treated steels on the AMADA HPSAW 310. | |||||||||||||||||
| AXCELA P | Carbide + coating | > 2500 HV | Maximum efficiency on stainless and tool steels. | |||||||||||||||||
| AXCELA G - Series | Carbide + coatings | up to 2500 HV depending on type | Outstanding performance combined with exceptional tool life. | |||||||||||||||||
| AXCELA STRIKER BN | Carbide + coating | 2500 HV | Flexible, reliable cutting on modern CNC machines across a wide range of applications. | |||||||||||||||||
| AXCELA BOOSTER BN | Carbide + coating | 2300 HV | Ideal for universal applications on conventional machines. | |||||||||||||||||
| AXCELA H | Carbide | 1600 HV | Perfectly suited for demanding materials and special applications. | |||||||||||||||||
| AXCELA H-AP | 1600 HV | Ideal for large diameters and materials prone to pinching, thanks to the Anti-Pinching tooth set. | ||||||||||||||||||
| AXCELA HMAX | 1600 HV | Designed for materials with surface hardness above 50 HRC. | ||||||||||||||||||
| AXCELA A - Series | 1600 HV | Optimized for aluminium cutting at high blade speeds. | ||||||||||||||||||
| AXCELA ALB | 1600 HV | Specifically designed for cutting large Aluminium plates. | ||||||||||||||||||
| AXCELA S - Series | 1600 HV | Optimized for universal use on modern CNC machines. | ||||||||||||||||||
| AXCELA STRIKER | 1600 HV | Versatile solution for modern CNC machines with flexible application parameters. | ||||||||||||||||||
| AXCELA B - Series | 1600 HV | Designed for reliable operation on conventional machines. | ||||||||||||||||||
| AXCELA BOOSTER | 1600 HV | Versatile solution for universal use on conventional machines. | ||||||||||||||||||
| Bi-metal | AURORA | M42 + TiN | 950 + 2300 HV | Ideal for difficult-to-cut materials with extremely long tool life. | ||||||||||||||||
| SUPER HL-CG | M42 + TiN | 950 + 2300 HV | Engineered for maximum thermal and mechanical wear resistance. | |||||||||||||||||
| PROTECTOR II BN | M42 +TiAIN | 950 + 2300 HV | Cost-effective solution for cutting high-strength tubes such as steinless steels. | |||||||||||||||||
| MAGNUM HL | AMADA M71 HSS | 1000 HV | Ideal on heat-resistant and difficult alloys. HI-LO patented tooth geometry. | |||||||||||||||||
| MAGNUM HLG | 1000 HV | Excellent cutting performance on tool steels. HI-LO patented tooth geometry. | ||||||||||||||||||
| SIGMA | M42 HSS | 950 HV | Ideal for difficult-to-cut materials, especially stainless steel. The special sectional cutting channel reduces cutting resistance. | |||||||||||||||||
| SUPER HL | 950 HV | Reduced friction and cutting resistance for medium to large diameters. Optional Anti Pinching feature prevents pinching when cutting internally clamped materials. | ||||||||||||||||||
| SUPER HLG | 950 HV | Versatile cutting from standard to difficult materials. | ||||||||||||||||||
| SUPER 8 | 950 HV | Universal design for general applications. Reduced noise, longer blade life and high surface quality. | ||||||||||||||||||
| SGLB | 950 HV | Our most versatile bimetal blade for a wide range of cutting applications. | ||||||||||||||||||
| PROTECTOR II | M42 | 950 HV | Developed for profiles and pipes for high performance and long service life, with reinforced tooth back. | |||||||||||||||||
| DUOS M42 | M42 HSS | 950 HV | Enables multi-diameter cutting without blade changes, maximizing efficiency on lightweight workshop machines. | |||||||||||||||||
| Why Tooth Hardness Matters | |
| To achieve efficient cutting, the tooth tip must be harder than the material being cut. As a general rule, it should be at least twice as hard. | |
| The hardness of the tooth tips refers to the average values published by AMADA. | |
| *1 | For non-ferrous metals, this mainly refers to aluminium, aluminium alloys, copper and copper alloys. These metals may be equivalent to difficult-to-cut materials or, in some cases, even harder. If an alloy is used, please contact AMADA. |
