AMADA Carbide Bandsaw Blades

AXCELA Bandsaw Blades

AMADA carbide saw blades guarantee you the maximum possible efficiency. High cutting performance, flexible application, maximum tool life
and excellent availability distinguish all saw bands of the AMADA AXCELA series.

AMADA AXCELA bandsaw blades are also excellent for use on non-AMADA sawing machines. In combination with the high performance saws
of the AMADA PCSAW series or the HPSAW 310, even higher cutting performance is usually possible due to the machine technology.

For high-performance machines we recommend the use of the coated saw bands of the AXCELA G series.
The new AXCELA C-S7 is particularly recommended for flexible use with a wide range of applications, on machines of older design.
especially without carbide preparation - AMADA recommends the use of AXCELA B. In addition, there are other products for special applications
such as aluminium (AXCELA A and AXCELA ALB) or piston rods etc. (AXCELA HMAX).

The use of carbide bandsaw blades often effectively reduces the cutting costs considerably, although the costs for a carbide band saw blade
are higher than those of a bimetal band saw blade. Calculate the costs of your saw cuts yourself at https://https://www.efficiency-boost.com/en/

Technical Data

AXCELA A

Carbide-tipped high-performance saw blades for aluminium cast parts in the automotive sector.
Optimised for fully automatic saw systems with blade speeds higher than 1000 m/min.

Advantages

  • long service life
  • very high sawing performance even for materials containing Si

Application materials

Recommended:
Aluminium cast materials

Selection of the tooth pitch – AMADA AXCELA A delivery forms

WidthThickness1,4/1,61,8/21,8/22/33/43
270,9    
341,1   
411,3    
541,3   
541,6    

Download data sheet

AXCELA ALB

Carbide-tipped high-performance saw blades for large-format aluminium plates.

Advantages

  • low vibration running
  • perfect surfaces
  • very long service life

Application materials

Recommended:
Standard aluminium alloys

suitability:
Cu plates and bars

Selection of the tooth pitch – AMADA AXCELA ALB delivery forms

HeightThickness0,5/0,80,9/1,11,4/1,6
541,6 
671,6  
801,6 

Recommended run-in area:

10m2

 

Download data sheet

AXCELA B

Robust carbide saw blade for variable application fields for standard machines without carbide option.

Advantages

  • suitable for universal use with almost all steels and nonferrous metals
  • good cutting edge holding and service life

Application materials – AMADA AXCELA B

Recommended:
Hard-treated steel, cold-worked steel, hot-working steel, stainless steel, cast steel,
high-speed steel, aluminium alloys, copper alloys

Suitable:
Boundary layer-hardened material, chromium-plated piston rods

Limited suitability:
Construction steel, high heat-resisting steel, ball-bearing steel, nickel alloys, titanium alloys

Selection of the tooth pitch – AMADA AXCELA B delivery forms

WidthThickness0,9/1,10,9/1,11,4/1,61,4/1,61,8/22/33/4
V4V3V4V3V3V3V3
270,9      
341,1     
410,9      
411,3  
541,6   
671,6   
801,6      
V3 = group of 3 teeth
V4 = 4 tooth group , 4 tooth group is recommended for use on competitor machines with stored parameters.

Recommended run-in area:

0,3 m2

 

Download data sheet

AXCELA C-S7

Robust carbide bandsaw blade for general applications.

Advantages

  • reduced clamping tendency for materials with internal stresses
  • registered application parameters for competitive products can be adopted 1:1
  • high power reserves are available to increase the saw performance

Application materials – AMADA AXCELA C-S7

Recommended:
Construction steel, hard-treated steel, cold-worked steel, hot-working steel, stainless steel,
cast steel, high-speed steel, aluminium alloys, copper alloys

Tooth pitch selection – AMADA AXCELA C-S7

The special optimizations of the AXCELA C-S7 make one of the normal AMADA recommendations deviating tooth pitch selection necessary.
Please refer to this table (material thickness/diameter in mm).

Line-up – AMADA AXCELA C-S7

HeightThickness0,5/0,80,9/1,11,0/1,41,4/1,61,8/22/33/4
270,9      
341,1     
411,3   
541,6   
671,6   
801,6     

Recommended run-in area:

0,3 m2

 

Download data sheet

AXCELA G

Carbide-tipped high-performance saw blades for the highest sawing
performance on materials that conventional bimetal saw blades are unable
or only partly able to saw.

Advantages

  • highest hardening and resistance to wear
  • excellent temperature resistance
  • ideal for high-performance cutting of alloyed steels and nonferrous materials

Application materials – AMADA AXCELA G

Recommended:

Construction steel, hard-treated steel, cold-worked steel, hot-working steel, stainless steel, cast steel,
high-speed steel, high heat-resisting steel, nickel alloys, titanium alloys, copper alloys

Limited suitability:

Ball-bearing steel, aluminium alloys

Selection of the tooth pitch – AMADA AXCELA G delivery forms

HeightThickness0,9/1,11,4/1,61,8/22/33/4
341,1  ♦*  
410,9    
411,3    
541,6  
671,6  
*AXCALA G2 version with standard TiN coating

Download data sheet

AXCELA H / H-AP

High-performance carbide saw blade for hard-to-cut materials in conjunction with high-performance machines.

Advantages

  • can be used for steels with unfavourable surface finishes
  • when using the AP versions, it is possible to avoid the extensive use of wedges in the cutting channel
    and improve the service life of the sawing tool
  • ideal for tough and hard-to-cut nonferrous materials such as Ti, Ni, Zr etc.

Application materials – AMADA AXCELA H/H-AP

Recommended:

Construction steel, hot-working steel, stainless steel, high heat-resisting steel, aluminium alloys,
nickel alloys, titanium alloys, copper allows

Limited suitability:

Construction steel, cold-worked steel, cast iron, high-speed steel, ball-bearing steel

Selection of the tooth pitch – AMADA AXCELA H delivery forms

WidthThickness0,5/0,80,9/1,11,4/1,61,8/22/33/4
341,1    
411,3  
541,6  
671,6    
801,6    

Download data sheet

AXCELA HMAX

Special geometry for separating boundary layer-hardened or hard chromium plated steels up to 65 HRC.

Advantages

  • long service life with boundary layer-hardened or chromium plated steels
  • smooth-running cutting behaviour with good surface

Application materials

Recommended:

Hard-treated steel, cold-worked steel, ball-bearing steel, piston rods,
Cam and crankshafts, Threaded rods, boundary layer-hardened steel

Limited suitability:

Construction steel, Hot-working steel, Stainless steel, Cast steel, high-speed steel,
high heat-resisting steel, aluminium alloys, nickel alloys, titanium alloys, copper alloys

Selection of the tooth pitch – AMADA AXCELA HMAX delivery forms

HeightThickness2/33/4
341,1
411,3
541,6 

Download data sheet

AXCELA HP1

High-performance carbide band saw blade for extremely powerful machines such
as AMADA HPSAW 310 (Hypersaw).

Advantages

  • optimized design for quiet and low-vibration operation

  • long blade life

Application materials

Recommended:

Construction steel, cast iron, Heat-treatable steel, stainless steel, aluminium alloys

Suitable:

cold-working steel, hot-working steel

Limited suitability:

nickel alloys, titanium alloys, copper allows

Selection of the tooth pitch – AMADA AXCELA HP1

[Translate to English:]

HeightThickness2/33/4
671,6

Recommended run-in area:

Machine controlled (HPSAW 310)

 

Download data sheet

AXCELA S

Robust carbide saw blade for variable application fields, particularly for existing higher performance machines.

Advantages

  • reduced cutting resistance
  • high economic efficiency
  • wide application spectrum

Application materials

Recommended:

Hard-treated steel, cold-worked steel, hot-working steel, stainless steel, cast steel,
high-speed steel, aluminium alloys, copper alloys

Limited suitability:

Construction steel, high heat-resisting steel, ball-bearing steel, nickel alloys, titanium alloys,
boundary layer-hardened material, chromium-plated piston rods

Selection of the tooth pitch – AMADA AXCELA S delivery forms

[Translate to English:]

HeightThickness0,9/1,11,4/1,61,8/22/32/33/43/4
B3B3B2B4B2B4B2
270,9     
341,1  
410,9      
411,3 
541,3     
541,6  
671,6     
801,6      

B2 = group of 2 teeth, B3 = group of 3 teeth

B4 = 4 tooth group , 4 tooth group is recommended for use on competitor machines with stored parameters.

Download data sheet

Publication

[Translate to English:]

Download our product brochure

 

Contact

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