• Type of cut-off wheels Resin bonded
• Disc Name A
• Diameter Ø 100 mm
• Thickness 0.3
• Bore 12.7
• Min. Hardness 100
• Max. Hardness 350
• Type of metal to cut Low carbon steel
• Type of metal to cut Treated steels with medium cross-sections
• Type of metal to cut soft and extra-soft materials

• Type of cut-off wheels Resin bonded
• Disc Name A
• Diameter Ø 250 mm
• Thickness 1.6
• Bore 32
• Min. Hardness 100
• Max. Hardness 350
• Type of metal to cut soft and extra-soft materials
• Type of metal to cut Low carbon steel
• Type of metal to cut Treated steels with medium cross-sections

• Type of cut-off wheels Resin bonded
• Disc Name A
• Diameter Ø 300 mm
• Thickness 2
• Bore 32
• Min. Hardness 100
• Max. Hardness 350
• Type of metal to cut soft and extra-soft materials
• Type of metal to cut Low carbon steel
• Type of metal to cut Treated steels with medium cross-sections

• Type of cut-off wheels Resin bonded
• Disc Name A
• Diameter Ø 350 mm
• Thickness 2.5
• Bore 32
• Min. Hardness 100
• Max. Hardness 350
• Type of metal to cut soft and extra-soft materials
• Type of metal to cut Low carbon steel
• Type of metal to cut Treated steels with medium cross-sections

• Type of cut-off wheels Resin bonded
• Disc Name A
• Diameter Ø 400 mm
• Thickness 3
• Bore 32
• Min. Hardness 100
• Max. Hardness 350
• Type of metal to cut soft and extra-soft materials
• Type of metal to cut Low carbon steel
• Type of metal to cut Treated steels with medium cross-sections

• Type of cut-off wheels Resin bonded
• Disc Name A
• Diameter Ø 450 mm
• Thickness 3.5
• Bore 32
• Min. Hardness 100
• Max. Hardness 350
• Type of metal to cut soft and extra-soft materials
• Type of metal to cut Low carbon steel
• Type of metal to cut Treated steels with medium cross-sections

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 125 mm
• Thickness 0.5
• Bore 12.7
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 150 mm
• Thickness 0.5
• Bore 12.7
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 200 mm
• Thickness 1.6
• Bore 25.4
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Refractory metals
• Type of metal to cut Treated Steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Stainless steel

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 230 mm
• Thickness 1.6
• Bore 22
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 250 mm
• Thickness 1.6
• Bore 32
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 300 mm
• Thickness 2
• Bore 32
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 350 mm
• Thickness 2.5
• Bore 32
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 400 mm
• Thickness 3
• Bore 32
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AO
• Diameter Ø 450 mm
• Thickness 3.5
• Bore 32
• Min. Hardness 300
• Max. Hardness 500
• Type of metal to cut Stainless steel
• Type of metal to cut Cast Iron Alloys
• Type of metal to cut Treated Steel
• Type of metal to cut Refractory metals

• Type of cut-off wheels Resin bonded
• Disc Name AOF II
• Diameter Ø 200 mm
• Thickness 0.8
• Bore 25.4
• Min. Hardness 80
• Max. Hardness 300
• Type of metal to cut Sintered steels
• Type of metal to cut Rubber bonded
• Type of metal to cut Hard metal layers

• Type of cut-off wheels Resin bonded
• Disc Name AOF II S
• Diameter Ø 250 mm
• Thickness 0.8
• Bore 32
• Min. Hardness 80
• Max. Hardness 300
• Type of metal to cut Sintered steels
• Type of metal to cut Rubber bonded
• Type of metal to cut Hard metal layers

• Type of cut-off wheels Resin bonded
• Disc Name AOF II
• Diameter Ø 250 mm
• Thickness 0.8
• Bore 32
• Min. Hardness 80
• Max. Hardness 300
• Type of metal to cut Sintered steels
• Type of metal to cut Rubber bonded
• Type of metal to cut Hard metal layers

• Type of cut-off wheels Resin bonded
• Disc Name C
• Diameter Ø 100 mm
• Thickness 0.3
• Bore 12.7
• Min. Hardness 30
• Max. Hardness 350
• Type of metal to cut Copper and non-ferrous alloys
• Type of metal to cut Aluminium
• Type of metal to cut Titanium

• Type of cut-off wheels Resin bonded
• Disc Name F
• Diameter Ø 250 mm
• Thickness 1.6
• Bore 32
• Min. Hardness 150
• Max. Hardness 400
• Type of metal to cut Copper and non-ferrous alloys
• Type of metal to cut Titanium
• Type of metal to cut Grey Cast Iron
• Type of metal to cut GS
• Type of metal to cut White Cast Iron

• Type of cut-off wheels Resin bonded
• Disc Name F
• Diameter Ø 300 mm
• Thickness 2
• Bore 32
• Min. Hardness 150
• Max. Hardness 400
• Type of metal to cut Copper and non-ferrous alloys
• Type of metal to cut Titanium
• Type of metal to cut Grey Cast Iron
• Type of metal to cut GS
• Type of metal to cut White Cast Iron

• Type of cut-off wheels Resin bonded
• Disc Name MNF
• Diameter Ø 200 mm
• Thickness 1.6
• Bore 25.4
• Min. Hardness 30
• Max. Hardness 350
• Type of metal to cut Titanium
• Type of metal to cut Grey Cast Iron
• Type of metal to cut Copper and non-ferrous alloys
• Type of metal to cut GS
• Type of metal to cut Aluminium
• Type of metal to cut Copper
• Type of metal to cut non ferrous alloys

• Type of cut-off wheels Resin bonded
• Disc Name MNF
• Diameter Ø 250 mm
• Thickness 1.6
• Bore 32
• Min. Hardness 30
• Max. Hardness 350
• Type of metal to cut Grey Cast Iron
• Type of metal to cut non ferrous alloys
• Type of metal to cut Copper
• Type of metal to cut Aluminium
• Type of metal to cut Titanium
• Type of metal to cut GS
• Type of metal to cut Copper and non-ferrous alloys

• Type of cut-off wheels Resin bonded
• Disc Name MNF
• Diameter Ø 300 mm
• Thickness 2
• Bore 32
• Min. Hardness 30
• Max. Hardness 350
• Type of metal to cut Titanium
• Type of metal to cut Grey Cast Iron
• Type of metal to cut Copper and non-ferrous alloys
• Type of metal to cut GS
• Type of metal to cut Aluminium
• Type of metal to cut Copper
• Type of metal to cut non ferrous alloys

• Type of cut-off wheels Resin bonded
• Disc Name MNF
• Diameter Ø 350 mm
• Thickness 2.5
• Bore 32
• Min. Hardness 30
• Max. Hardness 350
• Type of metal to cut Titanium
• Type of metal to cut Grey Cast Iron
• Type of metal to cut Copper and non-ferrous alloys
• Type of metal to cut GS
• Type of metal to cut Aluminium
• Type of metal to cut Copper
• Type of metal to cut non ferrous alloys

• Type of cut-off wheels Resin bonded
• Disc Name MNF
• Diameter Ø 400 mm
• Thickness 3
• Bore 32
• Min. Hardness 30
• Max. Hardness 350
• Type of metal to cut Titanium
• Type of metal to cut Grey Cast Iron
• Type of metal to cut Copper and non-ferrous alloys
• Type of metal to cut GS
• Type of metal to cut Aluminium
• Type of metal to cut Copper
• Type of metal to cut non ferrous alloys

• Type of cut-off wheels Resin bonded
• Disc Name AOF II
• Diameter Ø 300 mm
• Thickness 1
• Bore 32
• Min. Hardness 80
• Max. Hardness 300
• Type of metal to cut Sintered steels
• Type of metal to cut Rubber bonded
• Type of metal to cut Hard metal layers

• Type of cut-off wheels Resin bonded
• Disc Name S
• Diameter Ø 300 mm
• Thickness 2
• Bore 32
• Min. Hardness 450
• Max. Hardness 700
• Type of metal to cut Soft coated materials
• Type of metal to cut Treated Steel
• Type of metal to cut Difficult materials

• Type of cut-off wheels Resin bonded
• Disc Name S
• Diameter Ø 350 mm
• Thickness 2.5
• Bore 32
• Min. Hardness 450
• Max. Hardness 700
• Type of metal to cut Soft coated materials
• Type of metal to cut Treated Steel
• Type of metal to cut Difficult materials

• Type of cut-off wheels Resin bonded
• Disc Name S
• Diameter Ø 400 mm
• Thickness 3
• Bore 32
• Min. Hardness 450
• Max. Hardness 700
• Type of metal to cut Soft coated materials
• Type of metal to cut Treated Steel
• Type of metal to cut Difficult materials

• Type of cut-off wheels Resin bonded
• Disc Name S
• Diameter Ø 450 mm
• Thickness 3.5
• Bore 32
• Min. Hardness 450
• Max. Hardness 700
• Type of metal to cut Soft coated materials
• Type of metal to cut Treated Steel
• Type of metal to cut Difficult materials

• Type of cut-off wheels Resin bonded
• Disc Name T
• Diameter Ø 250 mm
• Thickness 1.6
• Bore 32
• Min. Hardness 50
• Max. Hardness 400
• Type of metal to cut Alliage titane
• Type of metal to cut Titanium
• Type of metal to cut Non ferrous materials

• Type of cut-off wheels Resin bonded
• Disc Name T
• Diameter Ø 300 mm
• Thickness 2
• Bore 32
• Min. Hardness 50
• Max. Hardness 400
• Type of metal to cut Alliage titane
• Type of metal to cut Titanium
• Type of metal to cut Non ferrous materials

• Type of cut-off wheels Resin bonded
• Disc Name T
• Diameter Ø 350 mm
• Thickness 2.5
• Bore 32
• Min. Hardness 50
• Max. Hardness 400
• Type of metal to cut Alliage titane
• Type of metal to cut Titanium
• Type of metal to cut Non ferrous materials

• Type of cut-off wheels Resin bonded
• Disc Name T
• Diameter Ø 450 mm
• Thickness 3
• Bore 32
• Min. Hardness 50
• Max. Hardness 400
• Type of metal to cut Non ferrous materials
• Type of metal to cut Alliage titane
• Type of metal to cut Titanium

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 75 mm
• Thickness 0.3
• Bore 12.7
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 100 mm
• Thickness 0.3
• Bore 12.7
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 125 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 150 mm
• Thickness 0.6
• Bore 12.7
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 175 mm
• Thickness 0.7
• Bore 12.7
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 200 mm
• Thickness 0.9
• Bore 32
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 250 mm
• Thickness 1.2
• Bore 32
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM
• Diameter Ø 300 mm
• Thickness 1.4
• Bore 32
• Type of metal to cut Composites
• Type of metal to cut Alumina
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Tungsten carbide
• Type of metal to cut Sintered carbides

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 75 mm
• Thickness 0.3
• Bore 12.7
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 100 mm
• Thickness 0.3
• Bore 12.7
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 125 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 150 mm
• Thickness 0.6
• Bore 12.7
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 175 mm
• Thickness 0.7
• Bore 12.7
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 200 mm
• Thickness 0.9
• Bore 32
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 250 mm
• Thickness 1.2
• Bore 32
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LM+
• Diameter Ø 300 mm
• Thickness 1.4
• Bore 32
• Type of metal to cut Tungsten carbide
• Type of metal to cut Plasma coating
• Type of metal to cut Minerals
• Type of metal to cut Ceramics (large sections)
• Type of metal to cut Silica Carbide
• Type of metal to cut Mounted samples - Refractory materials
• Type of metal to cut Concrete

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 75 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 100 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 125 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 150 mm
• Thickness 0.6
• Bore 12.7
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 175 mm
• Thickness 0.7
• Bore 12.7
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 200 mm
• Thickness 0.9
• Bore 32
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 250 mm
• Thickness 1.2
• Bore 32
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Diamond
• Disc Name LR
• Diameter Ø 300 mm
• Thickness 1.2
• Bore 32
• Type of metal to cut Plasma coating
• Type of metal to cut Electronic components
• Type of metal to cut Composites
• Type of metal to cut Ceramics (large sections)

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 75 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 100 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 125 mm
• Thickness 0.5
• Bore 12.7
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 150 mm
• Thickness 0.6
• Bore 12.7
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 175 mm
• Thickness 0.7
• Bore 12.7
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 200 mm
• Thickness 0.9
• Bore 32
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 250 mm
• Thickness 1.2
• Bore 32
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel

• Type of cut-off wheels Boron nitride
• Disc Name NB
• Diameter Ø 300 mm
• Thickness 1.2
• Bore 32
• Type of metal to cut High-speed steel
• Type of metal to cut Cast Iron
• Type of metal to cut Hard Steel
• Type of metal to cut Treated Steel

• Liquid Type Anti-rust coolant

• Liquid Type Anti-rust coolant

• Liquid Type Anti-rust coolant

• Liquid Type Antiseptic liquid

1L bottle antifoam agent. Available in 1,5 and 10 liters containers. The antifoam agent removes or reduces the formation of foam during cutting. The mixing ratio ranges from 0,01 g/l to 0,5 g/l depending on water hardness level and working conditions.