About Aerospace Gear
Sango-Automation manufactures precision aerospace gears in our own AS9100-certified factory. We don't outsource - every gear is:
Made in-house on our CNC gear hobbing.
Traceable from raw material to finished part.
Tested to exceed aerospace fatigue life requirements.
Aerospace Gear Features
What We Guarantee in Every Gear:
Precision:
0.005mm tolerance (verified by Zeiss CMM)
DIN 5 accuracy for smooth meshing
Durability:
Carburized to 60-64 HRC surface hardness
Shot-peened for 30%+ fatigue life improvement
Customization:
Modify bore sizes, keyways, or tooth profiles
Add special coatings (DLC, nickel, or silver plating)
Types of Aerospace Gear We Manufacture
| Gear Type |
Size Range |
Material Options |
Typical Lead Time |
| Spur Gears |
Module 0.1-5 |
Ti, Inconel, Steel |
1-3 weeks |
| Helical Gears |
3-300mm |
4340, 9310 Steel |
1-3 weeks |
| Bevel Gears |
5-30 tooth count |
Aluminum, Titanium |
1-3 weeks |
| Planetary Sets |
3-7 planet systems |
Case-hardened Steel |
1-3 weeks |
Applications of Aerospace Gear
Where Our Gears Operate:
Flight Critical Systems:
Landing gear actuators (FAA/EASA certified)
Thrust reverser mechanisms
Space Applications:
Satellite solar array drives (500+ delivered)
Rover transmission systems
Defense Solutions:
Helicopter main transmission gears
Drone swashplate assemblies
Precision-Crafted Helical Gears for AerospaceExperience the strength and reliability of our iron aerospace gears, meticulously manufactured using hobbing processes. With a silver finish and helical design, they ensure optimal performance in industrial aerospace settings. Distributed and exported worldwide from India, our gears adhere to stringent quality standards for seamless integration in advanced machinery.
Engineered for Industrial ExcellenceOur gears offer proven durability and efficiency tailored for the aerospace sector. Available in standard sizes and manufactured under rigorous controls, they deliver stable power transmission. Benefit from our end-to-end capabilities as a leading exporter, manufacturer, and distributor of industrial gear solutions in the global market.
FAQ's of Aerospace Gear:
Q: How are the Aerospace Gears manufactured?
A: Our Aerospace Gears are produced through hobbing, a specialized manufacturing process that results in precise, durable gear teeth. The gears are made from high-quality iron and finished in silver to ensure longevity in industrial aerospace applications.
Q: What benefits do helical gears offer for aerospace applications?
A: Helical gears provide smoother and quieter operation compared to other gear types. Their angled teeth enable gradual engagement, reducing vibration and enhancing the overall efficiency and lifespan of machinery in aerospace environments.
Q: When should I use these Aerospace Gears in my machinery?
A: These gears are ideal for use in industrial aerospace applications requiring reliable power transmission and durability. They are best suited for situations that demand high strength and precision, such as in turbine assemblies or actuator mechanisms.
Q: Where are your aerospace gears supplied from?
A: We are based in India, serving as a manufacturer, distributor, exporter, supplier, and trader. Our gears are distributed both nationally and internationally, meeting the standards required by the aerospace industry.
Q: What is the typical process for sourcing these gears?
A: You can procure our Aerospace Gears directly through us, whether you require standard sizes or bulk orders. We offer support from initial consultation to delivery, ensuring product quality and compliance with industry requirements.
Q: How should these gears be used to achieve optimal performance?
A: For best results, these gears should be integrated into compatible machinery as per the aerospace design specifications, with regular maintenance checks to maximize service life and operational efficiency.
Q: What makes your gears advantageous compared to other types?
A: Our gears combine the strength of iron with the precision of helical arrangement and the durability of silver finish. Processed by hobbing, they offer reliable performance, reduced wear, and efficient torque transmission essential for aerospace industrial demands.
Guangdong, China
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