BG500 D3 Spiral Bevel Gear Generating Machine
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BG500 D3 Spiral Bevel Gear Generating Machine
  • BG500 D3 Spiral Bevel Gear Generating Machine

BG500 D3 Spiral Bevel Gear Generating Machine

On BG500 D3 Spiral Bevel Gear Generating Machine, many cutting methods can be adopted for roughing and finishing Spiral Bevel. Zero Bevel and Hypoid Gears up to 500mm in diameter and 12 mm in module.
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Technical parameters of BG500 D3 Spiral Bevel Gear Generating Machine
Model Unit BG500
Type   D3
CNC system   SIEMENS 828D
Dimensions of work to be cut
Max. outer cone distance mm 250 (9.8”) (30° spiral angle, 12’’ cutter)
Max. ratio   10:1
Max. diameter (Spiral angle 30°) mm Ratio 10:1 500; Ratio 2:1 450; Ratio 1:1 350
Max. module mm 12
Max. cutting depth mm 25 (0.98”)
Max. face width mm 70 (2.8”)
Max. radial mm 222.25 (8.8”)
Work spindle
Diameter of taper hole at large end mm Φ100 (3.9”)
Taper   1:20
Diameter of through hole mm Φ78 (3.1”)
Face diameter mm Φ145 (5.7”)
Cutter diameter    6″, 7.5″, 9″, 12″
Workhead settings
Offset of work spindle mm ±70 (±2.8”)
Machine centre to nose of spindle mm 100-360 (3.9-14”)
Cutter settings
Speed (stepless) rpm 20-140
Feeds sec/tooth 20-80
Max. tilt angle   30°
Other
Power of main motor kW 4
Total power of motors kW 33
Overall dimensions mm 2507X1875X1846
Weight kg 10000

Applications of BG500 D3 Spiral Bevel Gear Generating Machine
On BG500 D3 Spiral Bevel Gear Generating Machine, many cutting methods can be adopted for roughing and finishing Spiral Bevel. Zero Bevel and Hypoid Gears up to 500mm in diameter and 12 mm in module. The machine is most suitable for batch production or mass production of driving pinions of gear pairs used in cars, light and medium-sized trucks and construction machineries.
 
Main Characteristics of BG500 D3 Spiral Bevel Gear Generating Machine
1. BG500 D3 Spiral Bevel Gear Cutting Machine is designed to operate as a three axes CNC control Spiral Bevel Gear Generator, i.e. cradle oscillation (X axis), work spindle rotation (Y axis) and sliding base movement (Z axis). Each of three axes will be separately or simultaneously controlled. The rotation of cutter spindle (S axis) is controlled by an AC frequency variable motor for its stepless control.
2. A high precision dual-leads worm gear set is used for cradle drive and work spindle drive respectively, and many measures are adopted for improving the structural and driving rigidity of machine, so as to ensure the machining accuracy, productivity and operating life.
3. A cutter tilt mechanism with maximum tilt angle 30°is designed for the cutter spindle for cutting the pinions to mesh with non-generated gears (minimum gear ratio 2.5:1) and getting better tooth bearing correction.
4. There are no any change gears on the machine for minimizing the setting time of machine.
5. The feeds of machine are controlled by CNC program so as to simplify the operation and increase the cutting efficiency.
6. SIEMENS 828D CNC control system, main electrical and hydraulic components, critical bearings and sealing are fine quality imports, which guarantee the machine reliability.
7. The machine is equipped with an independent sealed electrical cabinet, which is with air conditioner or thermo exchanger.
8. Safety guards and auto-chip conveyor can be provided on the machine.
Main Characteristics of BG500 D3 Spiral Bevel Gear Generating Machine
1. BG500 D3 Spiral Bevel Gear Cutting Machine is designed to operate as a three axes CNC control Spiral Bevel Gear Generator, i.e. cradle oscillation (X axis), work spindle rotation (Y axis) and sliding base movement (Z axis). Each of three axes will be separately or simultaneously controlled. The rotation of cutter spindle (S axis) is controlled by an AC frequency variable motor for its stepless control.
2. A high precision dual-leads worm gear set is used for cradle drive and work spindle drive respectively, and many measures are adopted for improving the structural and driving rigidity of machine, so as to ensure the machining accuracy, productivity and operating life.
3. A cutter tilt mechanism with maximum tilt angle 30°is designed for the cutter spindle for cutting the pinions to mesh with non-generated gears (minimum gear ratio 2.5:1) and getting better tooth bearing correction.
4. There are no any change gears on the machine for minimizing the setting time of machine.
5. The feeds of machine are controlled by CNC program so as to simplify the operation and increase the cutting efficiency.
6. SIEMENS 828D CNC control system, main electrical and hydraulic components, critical bearings and sealing are fine quality imports, which guarantee the machine reliability.
7. The machine is equipped with an independent sealed electrical cabinet, which is with air conditioner or thermo exchanger.
8. Safety guards and auto-chip conveyor can be provided on the machine.
Technical parameters of BG500 D3 Spiral Bevel Gear Generating Machine
Model Unit BG500
Type   D3
CNC system   SIEMENS 828D
Dimensions of work to be cut
Max. outer cone distance mm 250 (9.8”) (30° spiral angle, 12’’ cutter)
Max. ratio   10:1
Max. diameter (Spiral angle 30°) mm Ratio 10:1 500; Ratio 2:1 450; Ratio 1:1 350
Max. module mm 12
Max. cutting depth mm 25 (0.98”)
Max. face width mm 70 (2.8”)
Max. radial mm 222.25 (8.8”)
Work spindle
Diameter of taper hole at large end mm Φ100 (3.9”)
Taper   1:20
Diameter of through hole mm Φ78 (3.1”)
Face diameter mm Φ145 (5.7”)
Cutter diameter    6″, 7.5″, 9″, 12″
Workhead settings
Offset of work spindle mm ±70 (±2.8”)
Machine centre to nose of spindle mm 100-360 (3.9-14”)
Cutter settings
Speed (stepless) rpm 20-140
Feeds sec/tooth 20-80
Max. tilt angle   30°
Other
Power of main motor kW 4
Total power of motors kW 33
Overall dimensions mm 2507X1875X1846
Weight kg 10000
Applications of BG500 D3 Spiral Bevel Gear Generating Machine
On BG500 D3 Spiral Bevel Gear Generating Machine, many cutting methods can be adopted for roughing and finishing Spiral Bevel. Zero Bevel and Hypoid Gears up to 500mm in diameter and 12 mm in module. The machine is most suitable for batch production or mass production of driving pinions of gear pairs used in cars, light and medium-sized trucks and construction machineries.
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