Maykestag Involute and Module Gear Cutters are complies with DIN 3972
Maykestag Involute and Module Gear Cutter series are made of high quality Austrian HSS which produces higher toughness, hardness and bending strength. Maykestag Staggered Teeth is manufactured with the most up-to-date metallurgic infuser technology for your stability and wear resistance.
The Maykestag's optimised tool geometry provides higher tool stability (even in unstable working conditions) and a higher surface quality of the material to be machined. With its 20° pressure angle and 12 cutter knife not only good in dissipating heat with minimal coolant which commonly happen on milling solid iron but also efficient metal removal with higher accuracy. Maykestag Involute and Module Gear Cutter is highly recommended for milling spur gears by module on solid cast iron, alloy and any ferrous material.
Maykestag Involute and Module Gear Cutters, DIN 3972 Features:
For spur gears with a 14-1/2° or 20° pressure angle
Form relieved to allow higher rates of metal removal and dissipate cutting heat quicker
Convenient design for resharpening without changing the geometrical form
12 cutters are made for each pitch
Maykestag Involute and Module Gear Cutters are complies with DIN 3972
Maykestag Involute and Module Gear Cutter series are made of high quality Austrian HSS which produces higher toughness, hardness and bending strength. Maykestag Staggered Teeth is manufactured with the most up-to-date metallurgic infuser technology for your stability and wear resistance.
The Maykestag's optimised tool geometry provides higher tool stability (even in unstable working conditions) and a higher surface quality of the material to be machined. With its 20° pressure angle and 12 cutter knife not only good in dissipating heat with minimal coolant which commonly happen on milling solid iron but also efficient metal removal with higher accuracy. Maykestag Involute and Module Gear Cutter is highly recommended for milling spur gears by module on solid cast iron, alloy and any ferrous material.
Maykestag Involute and Module Gear Cutters, DIN 3972 Features:
For spur gears with a 14-1/2° or 20° pressure angle
Form relieved to allow higher rates of metal removal and dissipate cutting heat quicker
Convenient design for resharpening without changing the geometrical form
12 cutters are made for each pitch
TECHNICAL SPECIFICATION
Maykestag Involute and Module Gear Cutters, DIN 3972
Nr. 1: 12-13 (teeth) & Nr. 2: 14-16 (teeth)
Modul
d1
d2
Z
1
50
16
12
1,5
63
22
12
2
63
22
12
2,5
63
22
12
3
70
27
12
Nr. 3: 17-20 (teeth) & Nr. 4: 21-25 (teeth)
Modul
d1
d2
Z
1
50
16
12
1,5
63
22
12
2
63
22
12
2,5
63
22
12
3
70
27
12
Nr. 5: 26-34 (teeth) & Nr. 6: 35-54 (teeth)
Modul
d1
d2
Z
1
50
16
12
1,5
63
22
12
2
63
22
12
2,5
63
22
12
3
70
27
12
Nr. 7: 55-134 (teeth) & Nr. 8: 135-~ (teeth)
Modul
d1
d2
Z
1
50
16
12
1,5
63
22
12
2
63
22
12
2,5
63
22
12
3
70
27
12
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Maykestag Involute & Module Gear Cutters, DIN 3972
Product description:
Maykestag Involute and Module Gear Cutters are complies with DIN 3972
Maykestag Involute and Module Gear Cutter series are made of high quality Austrian HSS which produces higher toughness, hardness and bending strength. Maykestag Staggered Teeth is manufactured with the most up-to-date metallurgic infuser technology for your stability and wear resistance.
The Maykestag's optimised tool geometry provides higher tool stability (even in unstable working conditions) and a higher surface quality of the material to be machined. With its 20° pressure angle and 12 cutter knife not only good in dissipating heat with minimal coolant which commonly happen on milling solid iron but also efficient metal removal with higher accuracy. Maykestag Involute and Module Gear Cutter is highly recommended for milling spur gears by module on solid cast iron, alloy and any ferrous material.
Maykestag Involute and Module Gear Cutters, DIN 3972 Features:
For spur gears with a 14-1/2° or 20° pressure angle
Form relieved to allow higher rates of metal removal and dissipate cutting heat quicker
Convenient design for resharpening without changing the geometrical form