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OEM Gear shaft

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Gear shaft

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  • A gear shaft is a type of shaft that is specifically designed to transmit rotational motion and power between gears in a gear system.  It is an integral part of gearboxes, transmissions, and other mechanical systems that involve gear mechanisms.   Our gear shafts are precision-engineered to meet stringent quality standards and provide reliable and efficient power transmission.  They are designed to interlock and rotate with the gears, ensuring smooth and precise motion transfer.   By choosing our gear shafts, you benefit from their precise manufacturing, high-quality materials, and excellent mechanical properties.  Our gear shafts are made from durable and high-strength materials to withstand the demands of gear systems.  They are meticulously machined to ensure accurate dimensions, proper fit, and optimal gear engagement.   At Prior, we prioritize investing in advanced manufacturing technology and quality control processes to deliver superior gear shafts.  Our experienced team is dedicated to providing exceptional technical support and customer service, ensuring that our gear shafts meet your specific requirements and are seamlessly integrated into your gear systems.   Partner with us for reliable and high-performance gear shafts that ensure efficient and precise power transmission in your gear mechanisms.

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MANUFACTURING

With years of experience collaborating with exceptional enterprises like SANY and XCMG, Prior possesses the expertise to adeptly navigate every facet of the gear manufacturing process. From design inception to final delivery, we are unwavering in our commitment to fulfill your requirements and surpass your expectations at every stage of the journey.

Contact

EMAIL :   [email protected]

PHONE : +86 132 1205 7936

ADDRESS : No.1-3 Quanli Road, Feicheng Economic Area, Taian City, Shandong Province, China

PRODUCTION PROCESS
Processing and Forming:
Extrusion Forming
CNC Machining
Turning
Gear Machining and Finishing:
Gear Grinding
Gear Rolling
Deburring
Surface Grinding
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HIGH-END EQUIPMENT & MACHINERY
CNC Turning
CNC Mills & Machining Centers
Deburring Equipment
Drilling Machines
Gear Cutting Machines
Grinding Machines
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HIGH-VOLUME OEM GEAR PRODUCTION
As a prominent OEM gear manufacturer committed to high-volume production, Prior thrives by nurturing a culture of ongoing innovation. Our emphasis on achieving superior quality and improved material utilization, along with cost and time savings for our clients, is exemplified by our adoption of advanced techniques like extrusion. 
Our extensive range of products includes speed reducer gears, oil gear pump gears, and gears for the construction, road transportation, mining, and agriculture industries. We have the capacity to produce over 300,000 gears monthly, including sun gears, planetary gears, ring gears, planet shafts, oil seal seats, oil pump gears, and other components
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ENGINEERING SERVICES
At Prior, we offer a comprehensive range of gear engineering services to ensure precise and high-quality gear manufacturing.
·Design  
·Assembly
·Inspection 
·Prototype
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  • 2009

    Be established in

  • 3 million

    Annual output（pieces）

  • 60 +million

    Annual sales

History

Towards a better future with firm steps

  • 2009:

    Founded in Jinan, Shandong, China. Began small-scale automotive parts and components production and sales.

  • 2016:

    Production scale expanded and began supporting Pengxiang Automobile.

  • 2019:

    Built a new factory in Feicheng City, Tai'an City, and rebranded as Prior Gear

  • 2020:

    Provided support to Liuzhou Fangsheng Axle, China National Heavy Duty Truck Group, and developed new techniques for precision gear manufacturing and precision gear ring manufacturing.

  • 2021：

    Provided support to XCMG and Hande Axle. 

  • 2022:

    Awarded the title of high-tech enterprise in Tai'an City. Achieved sales revenue of 60 million yuan.

  • 2024:

    Established a business partnership with Zoomlion

News&Blog

Provide you with the latest enterprise and industry news

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Relevant Knowledge Expansion

A gear shaft, also known simply as a shaft or a gear axle, is a cylindrical component used in mechanical systems to transmit rotary motion. It plays a crucial role in the operation of gears, facilitating the transfer of torque from one gear to another or from a gear to another mechanical component. The gear shaft typically has gear teeth or features to mesh with the teeth of mating gears.

Can the gear shaft withstand axial and radial loads?
Yes, the gear shaft can withstand axial and radial loads. As a component that supports and transmits power, the gear shaft must have a certain strength and stiffness to withstand various types of loads.
During the transmission process, the gear shaft bears a considerable amount of torque and axial load. These axial loads mainly come from the interaction forces between gears, as well as the centrifugal force generated due to different rotational speeds and the inertial force generated due to unbalance. At the same time, the gear shaft also bears radial loads, which come from the torque transmitted through the gear and the reaction force supporting the bearings.
To ensure the safety and reliability of the gear shaft, suitable materials and heat treatment processes are usually used to improve its strength and stiffness. At the same time, in the design and manufacturing process, factors such as the structure and size of the gear shaft should also be considered to ensure that it has sufficient load-bearing capacity.
In summary, the gear shaft can withstand axial and radial loads, but in practical applications, to ensure safety and reliability, corresponding measures need to be taken for optimized design.

Does the gear shaft have splines?
Yes, the gear shaft can have splines. Spline connection is a common mechanical transmission method, which has the advantage of being able to transmit large torque and withstand large axial and radial loads. Using spline connections on the gear shaft can make it more stable in transmitting power and improve its load-bearing capacity.
Generally speaking, spline connections consist of internal and external splines. The internal spline is usually installed on the gear shaft, while the external spline is fixed on the matching shaft. When internal and external splines are used together, the gear shaft can rotate more stably on the shaft and transmit greater torque.
In addition, the design of spline connections also needs to consider factors such as size, shape, and accuracy to ensure that they can meet the needs of practical applications. In the design and manufacturing process, high-precision machining equipment and processes are required to ensure the accuracy and quality of the gear shaft and matching shaft.
In short, the gear shaft can be connected by splines, which helps improve its stability and load-bearing capacity. In practical applications, it is necessary to design and select appropriate materials and processing techniques based on specific situations.