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2025
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YK3150 CNC Gear Hobbing Machine: The All-in-One Game Changer for Gear Manufacturing
Technical Supremacy: Redefining Gear Precision
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Direct-Drive Revolution: Eliminates worm gear drives; servo motors directly power hob spindle (2000rpm) and table (95rpm), achieving ±5 arc-sec indexing accuracy. Carbide tool speed reaches 350m/min (vs. ≤120m/min conventional), machining HRC62 hardened gears to replace grinding.
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Multi-Axis Synergy: 6 CNC axes (X/Y/Z feed + B/C rotation + A tilt) enable 4-axislinkage + 3-axis coupling, processing crown/taper gears (±45°).
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Micron Control: FAGOR encoders + linear scales ensure ±0.005mm repeatability, stabilizing accuracy at ISO 1328 Class 6.
[ Conventional Hobbing Bottlenecks ]
1. Complex changeover: ≥2 hours for gear calculations
2. Inflexibility: Cannot machine non-circular/crown gears
3. Accuracy loss: Mechanical transmission errors
4. Grinding dependency for hard gears, high costYK3150 Solution:
■ Electronic Gearbox (EGB): Auto-generates program from module/tooth/helix inputs (Patent ZL 2014 2 0051106.X):cite[4]
■ ±45° tool tilt + 6-axis control for one-pass crown/non-circular gears
■ Direct-drive eliminates errors, hard-face hobbing cuts cost by 40%
■ Dry/wet cutting switch for cast steel/hardened steel -
Verified Performance: Cross-Industry Gains
Application Conventional Time YK3150 Time Gain Automotive Helical Gears 4.2 hrs 1.1 hrs 73.8% Wind Bearing Rings 68 hrs 22 hrs 67.6% RV Reducer Gears 11 hrs 3.5 hrs 68.2% Source: Sany HI 2024 Gear Machining Report
Modular Intelligence: Future-Ready Flexibility
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Predictive Maintenance: Guideway sensors + AI forecast ball screw wear 30 days ahead.
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Energy Control: Adaptive load regulation cuts idle power to <2.4kW (vs. ≥5kW peers), saving 27% energy.
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Line Integration: Optional auto-tooth detection, hydraulic clamping, or 4th axis for FMS readiness.
✓ Simplify Complex Gear Manufacturing
Download 《YK3150 Hard-Gear Machining Portfolio》for automotive/wind/robotics solutions:
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