Band saw blades and circular saw blades used for metal cutting machines. These high-performance, quality blades are the result of materials developed in-house, leading edge technologies and thorough manufacturing and quality management.
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Blade suitable for cutting general steel, cast iron and nonferrous metal materials with small diameters.
Blade tooth tips made of AMADA’s original special alloy tool steel
AMADA’s proprietary heat treatment technology to give unparalleled toughness and hardness to carbon blades
Suitable for cutting general steel, cast iron and nonferrous metal materials with small diameters
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Versatile carbon contour blade available in different sizes.
Versatile contour blade with the longest history and heritageThis is a contour blade made of AMADA’s original material with special heat treatment.
This model has a much wider variety of sizes compared to other manufacturers’ products.
It is suitable for not only metal materials but also lumber and plastic materials. -
Thick blade capable of cutting a curved contour under harsh cutting conditions.
Developed for auto contour curve cutting under harsh cutting conditions
This model is the thicker version of A.
It features AMADA’s unique tooth profile design with a 5˚ positive rake angle in the same fashion as A. Long-lasting excellent sharp cutting is ensured. -
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. -
Carbide blades with improved durability intended for general-purpose band saws.
Set tooth type adopted
The adoption of the set tooth type, which has been used for a wide variety of blades and highly reputed, helps reduce cutting resistance and minimize blade deviation.
Tooth tip micro-chamfering
Micro-chamfering minimizes tooth tip chipping of general-purpose band saws during cutting.
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Blade capable of cutting difficult-to-cut materials at a high cutting rate such as stainless steel and hot work die steel materials.
Five dispersed kerf type tooth shape
High speed cutting and lower cutting resistance during the cutting of difficult-to-cut, large materials (alloy tool steel and stainless steel).Tooth tip micro-chamfering
Delivers high speed cutting and reduces tooth chipping.EXCOAT-DP
Super levels of hardness, high resistance to temperatures, and strengthened coating adhesion technology. -
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. -
Standard model suitable for difficult-to-cut materials.
Cutting surface improved
Excellent in straightness and symmetrical tooth shape/dove tail tooth shape two-piece pattern.Cutting performance improved
Enhanced cutting performance from a tighter tolerance grind.Chipping suppressed
Best suited carbide tip improved chipping resistance. -
Carbide blades with excellent vibration isolation performance.
Reduced chattering vibrations by long pattern
The single long pattern featuring 7-tooth per group x 6-tooth pitch = 42-tooth pitch/pattern with a kerf dispersion tooth profile contributes to minimized vibrations with the same frequency and reduced vibrations during cutting.
Tooth tip with sharp edge
The sharp tooth tip form ensures enhanced cutting performance. -
Blade suitable for cutting general steel, cast iron and nonferrous metal materials with small diameters
Blade body with improved fatigue strength.Blade tooth tips made of AMADA’s original special alloy tool steel
AMADA’s proprietary heat treatment technology for improving the fatigue strength of the blade body
Suitable for cutting materials with small diameters, such as general steel, cast iron, nonferrous metal and tool steel materials that may cause a high degree of cutting resistance
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Blade capable of cutting various materials ranging from roll-formed section steel to solid materials with small diameters.
Blade made of modified high speed steel characterized by significantly improved toughness, based on M42 cobalt high speed steel
Innovative twin set & proprietary tooth profile in the Hi-Lo configuration to prevent overload cutting
Positive rake angle for higher cutting performance
Special treatment and processing to eliminate break-in process
This blade is developed for the purpose of preventing chipping and expanding coverage. It is suitable for cutting roll-formed section steel, structural steel mild steel materials with small diameters
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Triple hybrid tooth profile
Gulf galette shape improves blade fatigue life.
Chip curler improves chip discharge and suppresses bending.
High positive rake angle reduces cutting resistance when cutting difficult to cut materials.Adoption of AMADA M71 High-Speed Steel
AMADA’s exclusive M71 HSS with a special heat-treatment process greatly improves cutting performances and blade life.EXCOAT-DP
Super levels of hardness, high resistance to temperatures, and strengthened coating adhesion technology. -
Bi-metal contour blade made of high speed steel and designed for cutting difficult-to-cut materials.
Bi-metal blade developed for contour machines
“No breakage, no bend and long-lasting sharp cutting” – three requisites essential to blades for contour cutting of various steel materials
AMADA’s original tungsten high speed steel for the blade teeth and tough special spring steel for the blade body
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Best suited for small-to medium-sized difficult-to-cut materials, such as stainless steels and hot die steels.
Adoption of AMADA M71 high-speed steel
Wear resistance is markedly improved by a cutting edge of the AMADA M71 featuring 1000 HV or the highest hardness of cast high-speed tool steels. -
Best suited for medium-to large-sized difficult-to-cut materials, such as stainless steels and hot die steels.
Adoption of AMADA M71 high-speed steel
Wear resistance is markedly improved by a cutting edge of the AMADA M71 featuring 1000 HV or the highest hardness of cast high-speed tool steels.Variable gullet depth for better chip disposal
All tooth tips effectively work to reduce cutting resistance.Highly positive rake angle
Enhanced ability of the saw blade to into hard materials. -
Blade suitable for cutting structural steel materials (blade advantageous in tooth chipping resistance).
The “Protector” located on the tooth tip relief faces prevents excessive cutting and continuous tooth chipping
Innovative blade developed with a focus on the prevention of chipping during the cutting of structural steel materials subjected to severe vibration
Special treatment and processing to eliminate the need of break-in cutting
Blade made of modified high speed steel characterized by significantly improved toughness, based on M42 cobalt high speed steel
