BANDSAW BLADES


Amada bandsaw blades are available for all industrial metal cutting bandsaws in bi-metal and carbide tipped types. Bandsaw blades for all makes of saws and and all ferrous and non-ferrous metals.

Sawing metal requires the right bandsaw blades on the right saw and as Amada manufactures bandsaw machines and bandsaw blades with control over the design and manufacture of both, you can be sure of the ideal solution to metal cutting for stainless steel, nickel alloys, titanium, aluminium, and all steel alloys and other non-ferrous metals.

Bandsaw blades for all applications
Amada logo

AMADA quality control is of the highest order, conducting weld strength (bending) tests under stringent test conditions to ensure the manufacturing process produces high quality long life products and offers the right sawing tool for every application. The product portfolio consists of Bi-Metal, Carbide tipped (TCT) and matrix bandsaw blades to suit all sections; bar stock, blocks, plate and tube, formed and rolled sections, castings and forgings. For decades, the name AMADA has stood for innovation, excellent quality and performance in metal cutting saws and blades.

To help find the right bandsaw blade for your application, check out our blade selector page.

SDS product data sheets


Amada Axcela B carbide bandsaw blade

AXCELA-B carbide bandsaw blade

Amada AXCELA B High-performance carbide bandsaw blade for metal cutting band saws. One of many in a range of carbide band saw blades for all applications. SUITABLE FOR Mild Steel Stainless Steel Aluminium Heat Treatment Steel Bearing Steel Nickel Alloys Cold Work Die Steel Cast Iron Titanium alloys Hot Work Die Steel High Speed Steel Copper […]

Amada Axcela G carbide tipped bandsaw blade

AXCELA-G carbide bandsaw blade

Amada AXCELA G High-performance coated carbide tipped bandsaw blade for metal cutting band saws. Quality saw blades for performance sawing of difficult-to-cut materials such as stainless steel and hot work die steel materials at a high cutting rate SUITABLE FOR MATERIALS: Mild Steel Stainless Steel Aluminium Heat Treatment Steel Bearing Steel Nickel Alloys Cold Work Die Steel […]

Amada Axcela S carbide bandsaw blade

AXCELA-S carbide tipped bandsaw blade

Axcela-S High-performance carbide bandsaw blade for mild steels, tool steels, stainless steels, and non-ferrous materials FEATURES AXCELA S carbide bandsaw blade offers superior performance in wide range of metals due to it’s high quality carbide and the dove tail tooth shape. The design is optimised for mild steels, tool steels, stainless steels, and non-ferrous materials, and the […]

Amada Chipbreaker M42 bandsaw blade

amada chipbreaker bandsaw blade

M42 chipbreaker bandsaw blade for metal cutting designed to reduce heat generated and increased chip load to remove the most material. With reduced tooth stripping and breaking this equates to the lowest possible cost per square inch of metal cutting. SUITABLE FOR MATERIALS: Construction Steel Stainless Steel Aluminium Heat Treatment Steel Bearing Steel Nickel Alloys Cold […]

Amada DUOS M42 bi-metal bandsaw blade

Amada DUOS bandsaw blade

DUOS M42 Bi-Metal bandsaw blade for thin wall to solid sections for a metal cutting band saw M42 Bi-Metal bandsaw blade for Thin Wall to Solid The Amada DUOS M42 Bi-Metal bandsaw blade exclusively designed for the light-duty band sawing machines to cover a wide range of cutting applications. No Break-in procedure is necessary. FEATURES […]

Amada HI-LO M42 bandsaw blade

Amada HiLo bandsaw blade

A bandsaw blade with varying tooth height design and an M-42 welded edge blade for metal cutting saws The Amada HI-LO M42 bandsaw blade features a high and low teeth height design and a 15-degree rake angle. The blade is ideal for cutting hard steels.     FEATURES 15 degree positive rake angle Hardness of HRC68-69 Patented […]

Amada M42 Cobalt8 bandsaw blade

Amada Cobalt8 bandsaw blade

Amada M42 Cobalt8 bandsaw blade – modified M-42 high-speed steel tipped blade. General-purpose blade ideal for cutting mild steel and structural steel. “Chip Curler” tooth shape and unique set pattern result in longer blade life. FEATURES Amada Modified M42 High-Speed Steel Edge Chip curler tooth shape improves chip removal and reduces vibration and the impact […]

Amada MAGNUM HI-LO bandsaw blade

Amada Magnum HiLo bandsaw blade

Magnum HiLo varying tooth height and set M-71 blade for metal cutting band saw     With its special alloying technology, the Amada MAGNUM HI-LO bandsaw blade achieves HRC70 tooth hardness. It maintains positive cutting action and outlasts other blades in production cutting of large-diameter, work hardening steels and nickel-base super alloys with tensile strength […]

Amada PROTEC Matrix bandsaw blade for structurals

Amada protec bandsaw blade

Amada PROTEC Matrix bandsaw blade for structural steel with matrix edge for use where band saw blade life is important Exclusive use for structural steel with Matrix Edge. Which has both strength against tooth chipping and high wear resistance. PROTEC added to the back face of the tooth tip prevents excessive cutting.   FEATURES Matrix Steel Edge. Matrix provides […]

Amada PROTECTOR M42 bandsaw blade

Amada protector bandsaw blade

Amada PROTECTOR bandsaw blade exclusively for structural steel, rolled sections metal cutting   Exclusively for the structural steel, strong against tooth chipping and capable of providing unparalleled high efficiency. PROTECTOR added to the back face of the tooth tip prevents excessive cutting.       FEATURES M42 High-Speed Steel Edge Unique Design Tooth Form PROTECTOR added on […]

Amada SGLB M42 bandsaw blade

Amada sglb bandsaw blade

Amada SGLB M42 bi-metal high performance bandsaw blade for all industrial bandsaw machines.   The SGLB was designed to cover a broad range of cutting applications and to provide maximum efficiency in sawing wear-resistant tool steels. The blade’s tough M-42 cobalt edge resists heat and abrasion, while the varied pitch tooth form expands the ranges […]

Amada SIGMA Bimetal bandsaw blade

Amada sigma bandsaw blade

Amada Sigma M42 Bimetal bandsaw blade with extremely positive rake angle and Hi-Lo tooth geometry especially for hard to cut materials     SUITABLE FOR MATERIALS: Mild Steel Stainless Steel Aluminium Heat Treatment Steel Bearing Steel Nickel Alloys Cold Work Die Steel High Speed Steel Titanium alloys Hot Work Die Steel Heat Resistant Steel Copper […]

Amada SMARTCUT thin kerf bandsaw blade

Amada Smartcut bandsaw blade

Amada SMARTCUT thin kerf saw blade is a bi-metal blade for metal cutting band saw machines, especially for thin cut applications.   When sawing narrow parts from expensive metal bars or blocks, using SMARTCUT BAND gives you twofold cost-saving benefits: reducing material waste, disposal cost and increasing parts yield per bar, resulting in additional profit. The power […]

Amada SUPER8 Bimetal bandsaw blade

Amada Super8 bandsaw blade-angle

NEW Super8 modified M-42 high-speed steel bi-metal saw blade   General-purpose blade ideal for cutting mild steel and structural steel. “Chip Curler” tooth shape and unique set pattern result in longer blade life. SUITABLE FOR MATERIALS: Mild Steel Stainless Steel Aluminium Heat Treatment Steel Bearing Steel Nickel Alloys Cold Work Die Steel High Speed Steel Titanium […]

Axcela H carbide tipped blade from Amada

AXCELA-H carbide bandsaw blade

Axcela H carbide bandsaw blade from Amada suitable for cutting difficult-to-cut materials such as Inconel and titanium alloy with an Anti-Pinch option to reduce blade seizes in stressed materials   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 […]

New bandsaw blade selector

Choose the appropriate blade for your material and section to be cut Choose the material from the left column, and look across the row to identify the columns for that material, then check the sections at the bottom for the most appropriate section. The blade type is identified at the bottom from the most relevant […]


COST REDUCTION THROUGH PERFORMANCE

For typical processing tasks, the costs for the blade amounts to 10% or less of the total cutting costs. The largest part relates to overheads, machine and personnel costs. The best way to reduce costs is to increase cutting performance.

bandsaw blade cost performance comparison

Savings from low priced saw blade have less real benefit because only a relatively small part of the total sawing costs are reduced which has no influence on the overall cutting costs.

By using a blade manufactured for faster cutting, the benefit is realised against the larger overall costs.

This is the reason why an increase in performance leads to a tangible cost reduction despite higher saw blade prices. For this reason, AMADA always recommends using the best technical solution.

For example, an increase in performance of 10% could lead to a reduction in costs of 8% although the higher performance blade for example, has a 20% higher price.
Bandsawing cost distribution

If you wish to calculate the potential lower cost of cutting, assess all the costs of operating the saw, including the hourly overheads, cost of acquiring the saw, depreciation, saw maintenance costs, coolant cost, personnel costs and how many blades are used, cost per blade against the saw output.

Remember, though, that a blade can only perform to its optimum if the saw is also performing to its optimum. A worn out or poorly maintained saw will compromise any blade used. Similarly, ensure you are using the correct feeds and speeds for the material you are cutting and the right choice of blade and coolant.

Race cars only win races when everything is tuned up, including the driver!