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Speed Increasing Gear Manufacturer

In high-RPM industrial systems requiring precise speed amplification, Speed Increasing Gears are engineering essentials. Engineered with helical/bevel gear configurations and stress-optimized tooth profiles, our gears deliver reliable 1:3 to 1:15 speed ratios for wind turbines, gas compressors, and advanced manufacturing equipment—backed by ISO 6336 and AGMA 2001-D04 certifications

BEST SPEED INCREASING GEAR GALLERY

Speed Increasing Gear 01

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    Speed Increasing Gear 02

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      Engineering Breakthroughs in Speed Amplification

      1. Stress-Optimized Design: Asymmetric tooth roots reduce bending stress by 27.8% in high-torque conditions.
      2. Thermal Management: Hardened 20MnCr5 alloy withstands 150°C continuous operation with <0.01mm thermal deformation.
      3. Modular Construction: Tapered roller bearing housings enable quick retrofit for Siemens, GE, and Vestas systems.
      4. AI-Driven Calibration: Machine learning algorithms optimize gear meshing for 99.2% efficiency at 10,000 RPM.

      Critical Applications Across Industries

      Our gears power:

      • Renewable Energy: Wind turbine generator speed amplification (1:12 ratio configurations).
      • Oil & Gas: Gas compressor drives with 350-bar pressure tolerance.
      • Robotics: High-precision servo motor speed multiplication for CNC machining.

      10 REASONS WHY CHOOSE US

      01
      Rich

      Experience

      02
      Competitive

      OEM ODM

      03
      Strict

      QC

      04
      Large

      Factory

      05
      Strong

      Workforce

      06
      ISO9001

      Certified

      07
      Innovative

      Team

      08
      Excellent

      Service

      09
      High

      Capacity

      10
      Fast

      Delivery

      FAQs:

      Speed Increasing Gear Optimization

      Use our online calculator considering torque (Nm), input RPM, and duty cycle—aligned with AGMA 6002-C93 standards.

      They provide 40% higher radial load capacity vs. ball bearings, critical for minimizing shaft deflection at >8,000 RPM.