The aerospace gears we produce have the following characteristics:

High Precision Manufacturing

Advanced gear skiving machines and hobbing machines are used to provide precise tooth profiles and strict tolerances.

Durable Materials

For different aerospace applications, innovative composite materials and high-quality alloys are selected to make gears with excellent wear resistance, corrosion resistance, and strength.

Customization Options

Capacity to create gears with specialized tooth profiles and designs to satisfy certain aircraft needs.

Rigorous Testing

To guarantee conformity with aeronautical criteria, every gear is tested strictly including dimensional inspections and performance reviews.

Broad Range of Applications

Fit for several aircraft systems, including avionics, landing gear, and powerplant.

aerospace gear specifications

Rich professional knowledge

Our engineering team has been deeply involved in the field of gear manufacturing for over a decade, possessing extensive expertise in gear manufacturing and able to provide innovative solutions to meet the needs of our customers.

Professional services

Our services include assisting clients in material selection, drawing design, gear customization, and more.

Strong reliability

We have our own processing plant and high-quality material suppliers to ensure that the quality of the products we produce strictly meets the standards of our customers.

aerospace gear examples

There are many types of gear processing equipment provided in the industry, and we have mainly introduced several more advanced production equipment to ensure the high quality, stability and output of our own products. A brief introduction to two of our processing equipment. One is Kashifuji gear turning machine KPS30, and the other is Ningjiang CNC horizontal gear hobbing machine YK3610IV.

Pictures of the device	Device information
	Device name	Gear Skiving Machine KPS30
	Machining diameter	3-300mm
	Maximum processing modulus	4
	The angle of inclination of the tool axis	±30°
	Maximum speed of the tool spindle	2,500 rpm
	Maximum table speed	1,500 rpm

Pictures of the device	Device name	CNC Horizontal Gear Hobbing Machine YK3610Ⅳ
	Machining diameter	3-300mm
	Numerical control system	NJ-i50H CNC system, seven-axis control, four-axis linkage
	Spindle drive	Hob spindle: spindle servo motor direct drive; Workpiece spindle: Built-in torque motor direct drive
	Processing capacity	It can process cylindrical gears, worm gears, sprockets, toothed timing pulleys, flexible pulleys and splines, etc

Having obtained ISO9001 accreditation for quality management systems, our facility is a shining example of our exact control over processes and product quality. Being seasoned aerospace gear suppliers, we are dedicated to provide customers consistent, very accurate gear goods. Several well-known aircraft firms make up our customer base, and we closely collaborate with them to create gear components that satisfy their exacting technical specifications and get general acceptance for performance in practical uses.

We provide a range of aerospace gears to satisfy the particular needs of many aerospace models and systems, including those used in aircraft engines, landing gear, and control systems. In order to ensure the quality of our products, we strictly adhere to internationally recognized manufacturing standards in every production process, from material selection to manufacturing technology and factory inspection. At the same time, we have developed some innovative solutions for the wear resistance of materials and the strength of gears through continuous experimentation.

Knowing that aerospace producers need more than simply high-performance components, we give on-time delivery and ongoing technical assistance top importance. We have built a thorough supply chain management system to guarantee that manufacturing is finished within the specified delivery period in order to achieve this. Always eager to help customers overcome any production or application problems and guarantee flawless integration of our products into their systems, our technical staff is available to assist.

Being your long-term partner, we remain customer-centric and focused on enhancing our goods and services. Whether it's via production, research and development, or after-sales service, we are committed to provide the finest answers to satisfy your aircraft gear requirements.

Q: What usual materials are used in aerospace gears?

A: Aerospace gears employ materials such titanium, high-strength steel alloys, other lightweight but strong materials that can withstand extreme temperatures and pressures found in flight.

Q: What sets the manufacturing of aerospace equipment apart from other industries?

A: Manufacture of aerospace gear necessitates better materials, stricter quality standards, and designs to meet the demanding needs of high-altitude and space environments. Most importantly are reliability and durability, which sometimes exceed what required in industries like automotive.

Q: Aerospace gears need what kind of testing?

A: Aerospace gears are thoroughly tested including load testing, fatigue testing, and vibration analysis to ensure they meet the strict requirements required for aviation and space travel.

Q: How can aerospace gears be free from corrosion?

A: Aerospace gears are sometimes covered with particular coatings such phosphate, cadmium plating, or other anti-corrosion finishes to prevent wear and rust in extremely environmental circumstances.

Q: Why is weight reduction so important in aircraft gears?

A: Reducing the weight of aerospace gears without sacrificing strength and performance is rather important as it directly influences payload capacity, fuel economy, and overall flight performance.

Q: In what part do gears support aerospace safety?

A: From landing gear to flight control systems, where failure is not an option, gears are fundamental in many aircraft systems. Excellent gears provide dependability, safety, and smooth running in every task.

Q: How may noise reduction be addressed in aerospace gear manufacture?

A: Crucially for lowering wear and guaranteeing silent operation in sensitive aviation systems like cockpit controls, precision gear cutting and sophisticated materials aid to minimize noise and vibration.

Q: What environmental factors aerospace gears have to resist?

A: From frigid temperatures at great heights to tremendous heat upon re-entry in space missions, aerospace gears have to operate in hostile conditions. Their intended resistance is against material deterioration, contraction, and thermal expansion.

Q: How are aerospace gears quality-checked?

A: Non-destructive testing techniques include X-ray analysis, magnetic particle inspection, and ultrasonic testing help aerospace gears find internal problems without destroying them.

Q: Which typical aircraft gear setups exist?

A: Common designs call for helical, spur, and bevel gears; bevel gears are often employed in complicated gear systems for aviation control surfaces while helical gears provide smoother, quieter operation in high-speed systems.

Q: What criteria affect the choice of materials for aerospace gear?

A: Strength-to----weight ratio, resistance to wear and corrosion, thermal stability, and fatigue resistance define material choices to guarantee gears run best in demanding aircraft settings.

For more information or to request a quote, please contact us at Info@hansmat.com.

Hot Tags: Aerospace Gear, China Aerospace Gear manufacturers, suppliers, factory, turned parts, cnc titanium parts