Ideal for cutting thin walled (stainless) tubes and profiles, sticky materials

The Power NX saw blade has specifically been designed for cutting (very) thin walled (stainless) steel tubes and profiles.

A special, temperature resistant, thin PVD coating, combined with a thinned cutting area, enables these blades to be used for extremely demanding applications, like fast cutting of thin walled products.

Advantages:

• Especially designed for cutting stainless steel
• Thin PVD coating with a very low friction coefficient and high hardness
• Very suitable for extremely demanding applications
• Low vibration
• Less burr
• Reduced risk of tube-end deformation
• Very high temperature resistance
• To be used with spray mist or emulsion coolant for maximal results
• For relevant applications, a recoating program is available

Applications:

• Cutting thin walled (stainless) tubes and profiles, sticky materials
• Suggested cutting speed:
  Austenitic stainless steel (300 series) 30 – 50 m/min
  Ferritic w/o Ti (409 & 412) 220 – 260 m/min
  Ferritic with Ti (441) 60 – 120 m/min
• Machines: Automatic, semi-automatic, flying cut off applications

Thin kerf and low friction multilayer PVD coating for cutting thin walled tubes & profiles

Power 2.0 saw blades provide an optimal combination of a rigid saw blade and a vibration-reducing thin kerf for cutting thin walled tubes and profiles on very demanding applications.

A superior surface finish and low friction multilayer PVD coating ensure low vibration, less burr and reduced risk of tube-end deformation.

Advantages:

• Ideal for very thin walled tubes and profiles
• Low friction, high hardness and high temperature resistant multilayer PVD coating
• Very suitable for extremely demanding applications
• Reduced cutting resistance
• Low vibration
• Less burr
• Reduced risk of tube-end deformation
• Wear resistant
• To be used with spray mist or emulsion coolant for maximal results
• For relevant applications, a recoating program is available

Applications:

• Cutting thin walled steel tubes and profiles
• Suggested cutting speed: 120 – 200 m/min.
• Feed: 0.04 – 0.18 mm/tooth.
• Machines: Automatic, semi-automatic and flying cut off applications

Ideal for cutting (stainless) steel tubes and sticky materials

Fusion NX saw blades have specifically been designed for stainless steel applications and sticky materials, but they are also suitable for cutting (thin walled) steel tubes and stainless steel flying cut-off applications.

Advantages:

• Ideal for (thin walled) stainless steel tubes and sticky materials
• Dedicated thin PVD coating
• Reduced side pick-up
• Very low friction coefficient
• Wear resistant
• Very high hardness
• Very high temperature resistance
• Suitable for extremely high cutting speeds and feeds
• To be used with spray mist or emulsion coolant for maximal results
• For relevant applications, a recoating program is available

Applications:

• Ideal for cutting (stainless) steel tubes and sticky materials
• Suggested cutting speed:
  Steel 60 – 120 m/min
  Austenitic stainless steel (300 series) 30 – 50 m/min
  Ferritic w/o Ti (409 & 412) 220 – 260 m/min
  Ferritic with Ti (441) 60 – 120 m/min
• Machines: Automatic, semi-automatic and flying cut off applications

Low friction for high speed cutting of harder materials

Due to a special, wear resistant, multilayer PVD coating with a low friction coefficient, very high hardness and very high temperature resistance, Fusion 2.0 saw blades can be used for cutting medium to high tensile carbon steel on extremely demanding applications.

Also very suitable for flying cut-off applications.

Advantages:

• High blade life
• Increased uptime
• Reduced side pick-up
• Low friction coefficient
• Wear resistant
• Very high temperature resistance
• Suitable for extremely high cutting speeds and feeds
• To be used with spray mist or emulsion coolant for maximal results
• For relevant applications, a recoating program is available

Applications:

• Medium to high tensile carbon tubes
• Suggested cutting speed: 120 – 200 m/min
• Feed: 0.04 – 0.18 mm/tooth
• Machines: Automatic, semi-automatic and flying cut off applications

Single and Twin cut-off without inside scarf

SpeedMaster is a TCT saw blade for flying cut-off applications on tube mills.

It provides an opportunity to greatly increase the tube manufacturing line speeds and cut the production costs.

Where cutting speed limits of coated HSS saw blades have been reached, SpeedMaster saw blades provide an effective solution.

Advantages

• Extremely high line speed because of very short cutting times
• Very good surface finish, burr-free cut
• Increased uptime

Applications

• Single and twin flying cut-off machines designed for TCT cutting with small or no ID-scarf
• Tubes with a tensile strength up to 1.000 N/mm²
• Cutting speed: 350 m/min (starting value).
• Tooth load 1/2/3: relation 1/2/0.8. 0.05/0.10/0.04 mm/tooth.

Note: To accommodate higher requirements of line speed or reduce vibration level when cutting thin wall section, higher cutting speeds (up to 500m/min) can be applied. Tooth load can be doubled if required, while respecting max fill ratio of 10%.

HSS Fernox – The allround HSS Solution

Due to a sophisticated PVD coating for wear protection which achieves a very low friction coefficient, the Fernox saw blade is a cost efficient solution for cutting structural and non-alloy tool steel thin walled tubes.

When cutting tubes and profiles on manual and semi-automatic sawing machines, Fernox allows a higher cutting speed than a steam treated saw blade. It can even be used for cutting thin walled tubes on automatic machines.

Fernox is also very suitable for cutting stainless steel tubes and profiles.

Advantages compared to steam treated:

• Higher blade life
• Increased uptime
• Lower cost per cut
• Little to no side pick-up
• Higher production output
• Ideal for cutting both structural- and stainless steel

Applications:

• All structural steel and non-alloy steel thin walled tubes
• Tensile strength up to 600 N/mm²
• Steel – Suggested cutting speed: 60 – 120 m/min
• Austenitic stainless steel (300 series) – Suggested cutting speed: 30 – 50 m/min
• Ferritic w/o Ti (409 & 412) – Suggested cutting speed: 220 – 260 m/min
• Ferritic with Ti (441) – Suggested cutting speed: 60 – 120 m/min
• Feed: 0,03 – 0,09 mm/tooth
• Machines: manual, semi-automatic, automatic, flying cut-off applications

Single and Twin cut-off with inside scarf

The PVD coated carbide tipped ScarfMaster has especially been designed for flying cut-off applications dealing with heavy inside scarf.

It features a very specific tooth geometry, combined with highly shock resistant carbide tips.

Due to strong saw body shoulders which give the teeth maximum support, the combination tooth/body obtains very high stability and fracture resistance. Extended blade life is therefore achieved.

Advantages

• High line speed
• Increased uptime
• High blade life
• Cuts heavy ID scarf
• Cuts high tensile API Pipes (up to 1.800 N/mm²)
• Various tooth geometries available

Applications:

• Flying cut-off applications dealing with heavy ID Scarf
• Cutting speed: 400 – 500 m/min (choose max available).
• Tooth load 1/2/3: relation 1/1/1. Starting value 0.04 mm/tooth.
• ScarfMaster saw blades are available for flying cut-off machines, such as MTM, OTO mills, Nakata and Olimpia.

Note: Primary failure mode for this application is tooth and shoulder damage. raising cutting speed and reducing tooth load typically improves blade life. Blade life is highly depending on size, orientation and material grade of loose inside scarf. No guarantees can therefore be given for blade life. Blade life typically varies considerably, depending on operator/crew who influence scarf condition.

Orbital flying cut-off – Stainless steel

The TubeMaster Stainless saw blade has specifically been developed for cutting stainless steel tubes on orbital flying cut-off units.

These saw blades can cope with cutting speeds between 60 – 120 m/min.

TubeMaster Stainless offers high uptime due to a blade life up to 3,5 m², combined with high cut quality and production output.

Applications:

• Orbital flying cut-off applications
• Suggested cutting speed: 60 – 120 m/min
• Feed: 0.035 – 0.10 mm/tooth
• TubeMaster Stainless saw blades are available for all orbital cutting machines.

Note: To accomodate higher requirements of line speed or reduce vibration level, much higher cutting speeds (up to 600 m/min) can be applied. Tooth load can be raised , while respecting max fill ratio of 10% during entry. Respect max cut depth of 3mm.

Orbital flying cut-off

TubeMaster saw blades have especially been designed for orbital flying cut-off applications on tube mills.

Key features of this saw blade are fractureresistant carbide tips, protected with a high-tech TiAlN-based PVD coating.

Combined with a light cutting geometry for smooth chip evacuation, a milled like surface finish is achieved. This geometry also reduces vibration when cutting thin walled tubes (<4mm), thereby achieving excellent blade life.

The new generation of TubeMaster products has a new body design, new carbide grade, new tip geometry and a special coating. This results in a higher blade life and more regular blade performance.

Advantages:

•  High line speed
•  High blade life
• Cuts high tensile API Pipes (up to 1.000 N/mm², X80, HT)
• Burr-free cut

Applications:

• Orbital, flying cut-off applications
• TubeMaster saw blades are available for all types of orbital cutting machines, such as MTM, OTO mills, Elmaksan, Kusakabe, Linsinger, Nakata and SMS Meer.

Parameters:
Suggested cutting speed: 350 – 400 m/min. Feed 1/2: 0,04 / 0,12 mm/tooth.

Note: To accommodate higher requirements of line speed or reduce vibration level, much higher cutting speeds (up to 600 m/min) can be applied. Tooth load can be raised , while respecting max fill ratio of 10% during entry. Respect max cut depth of 3mm.