Transmission Gear Shaft

Precision 3 Module spur pinion gear shaft made from 20CrNiMo steel, featuring ISO 6 grade accuracy, carburizing heat treatment, and 58-62HRC surface hardness. Designed for speed reducers with no axial force and custom manufacturing options for reliable industrial power transmission applications.

Precision alloy steel transmission gear shaft featuring 25 teeth, 30mm face width, and ISO 6 grade accuracy. Manufactured with gear grinding process and carburizing heat treatment for 58-62HRC surface hardness. Custom manufacturing available for industrial power transmission systems requiring high durability and exact specifications.

1)Features of Transmission Gear Shaft Modern gear shaft design no longer relies on a single rod-like structure, but increasingly adopts an integrated ‘gear-shaft’ configuration where the shaft is formed as a single unit with the gear. This reduces connection points and enhances overall rigidity.​ Through topology optimisation and finite element analysis, material is removed from non-critical areas whilst maintaining strength, achieving weight reduction. This lowers rotational

Product Description: Transmission Gear Shaft is a vital component used in the automotive industry, specially designed for use in transmission systems. It is made of high-quality steel, with a tolerance of ±0.01mm, and its length can be customized according to customer requirements. The input shaft and output shaft of the gear shaft are used to transmit power or torque from one component to another. With its reliable performance and durability, the gear shaft is widely used in

Precision-engineered spur pinion gear shaft with straight sided splines for gearbox speed reducers. Features custom manufacturing, ISO 6 grade accuracy, carburizing heat treatment, and 58-62HRC surface hardness for superior durability and transmission efficiency in industrial applications.

High-precision straight teeth spur transmission gear shaft featuring ISO 6 grade accuracy and 58-62HRC surface hardness. Custom manufacturing available with gear milling, hobbing, shaping processes and carburizing heat treatment. Ideal for automotive and industrial applications requiring reliable power transmission and precision engineering.

1)Descriptions of Transmission Gear Shaft From the perspective of core power transmission load-bearing, the transmission gear shaft serves as a central component integrating both ‘gear meshing transmission’ and ‘shaft torque load-bearing’. Directly connecting the power source to the actuator, it acts as the pivotal carrier for force and motion transfer within mechanical transmission systems. 2)Features of Transmission Gear Shaft Characterised by rigid connection between gears

1)Description of Transmission Gear Shaft A gear shaft is a critical component within mechanical transmission systems that integrates gears and shafts into a single unit. It is not merely a simple combination of ‘gear plus shaft’, but rather involves directly machining gear teeth onto a shaft through processes such as forging or cutting. It bears the core responsibility of transmitting power and torque. 2)Working Pinciple The gear shaft transmits rotational motion and power

Transmission Gear Shaft Description From the perspective of material and process optimisation, the transmission gear shaft is a high-performance transmission component crafted through the integration of advanced material selection and precision manufacturing techniques, designed to enhance overall performance through the synergistic improvement of materials and processes. Key Features Characterised by highly targeted material selection (e.g., high-strength alloy steels,

1) Descriptions of Transmission Gear Shaft The transmission gear shaft is a key component in mechanical transmission systems that transfers torque and motion through gear engagement. It is formed by integrating or combining the shaft body and the gears, and it transmits the rotational motion from the power source to the actuating mechanism. 2) Features of Transmission Gear Shaft Compact structure: Integrating the gears and the shafts reduces space occupation and optimizes the

SAE 4340 Steel DP1.732 22T Double Helical Gear Shaft Helix Angle 30° 1) Description of Gear Shaft A gear shaft with the gearing curves at each section is introduced as intersecting shaft gears. Spiral Bevel gears are common examples of the gear profiles used on these forms of accurate-made shafts. Diametral Step: 1.5 Pressure Angle: 20° Helix Angle: 30° Pitch Diameter: 14.667" Number of Teeth: 22 Technical Specifications Parameter Specification Custom Made Available Gear

Precision helical gear shaft with 4.5 module and 17 teeth, featuring ISO 6 grade accuracy and carburizing heat treatment for 58-62 HRC surface hardness. Engineered for reduced noise, higher load capacity, and superior transmission performance in industrial applications. Custom manufacturing options available.

1)Descriptions of Transmission Gear Shaft From the perspective of precision-coordinated adaptation, transmission gear shafts are standardised components engineered to fulfil high-precision transmission requirements. Through meticulous dimensional design, tooth profile machining, and assembly adaptation, they achieve precise engagement with other transmission components, thereby ensuring motion control accuracy. 2)Features of Transmission Gear Shaft Characterised by high

1)Features of Transmission Gear Shaft The defining characteristics of future gear shafts will be ‘composite materials’ and ‘intelligent functionality’. For instance, hybrid structures combining carbon fibre composites with metals may be employed, or fibre optic sensors embedded within the shaft to monitor internal stress, temperature and deformation in real time. Additive manufacturing (3D printing) technology enables the production of gear shafts featuring intricate internal

1)Features of Transmission Gear Shaft It serves as the core load-bearing component within the transmission system. Should it sustain damage, it frequently results in complete equipment shutdown, causing substantial losses. Consequently, its reliability directly impacts the continuity of production lines and operational costs. Despite its extended design lifespan, under adverse operating conditions—such as overloading, impact, or inadequate lubrication—it remains a potential

1)Features of Transmission Gear Shaft High-quality alloy steels (such as 20CrMnTi) are typically selected, though their core value lies in subsequent heat treatment processes—including carburising, quenching, and nitriding—which impart surface hardness and wear resistance while preserving core toughness to withstand impact. Manufacturing precision is exceptionally high, involving a series of processes including precision forging, CNC turning, and gear grinding. The final

1)Description of Transmission Gear Shaft Gear shafts represent the culmination of precision manufacturing techniques and advanced materials science. They are not merely rough-machined blanks, but high-performance components that undergo complex manufacturing processes to achieve an optimal balance between geometric precision, surface hardness and internal toughness. 2)Working Pinciple The reliable operation stems from the combined effects of material properties and surface

1)Description of Transmission Gear Shaft The gear shaft acts as an “interpreter” for converting power and motion forms. Not only does it transmit rotational movement, but more significantly, through the design of its own gearing, it actively alters the output speed, torque, and direction, serving as a “decision point” within the power transmission pathway. 2)Working Pinciple Its operating principle is based on the gear ratio formula for meshing gears (i = n1/n2 = z2/z1). By

1) Descriptions of Transmission Gear Shaft Optimised transmission components designed to increase the efficiency of energy transfer and reduce losses. 2) Features of Transmission Gear Shaft Low noise: precision meshing reduces vibration. High efficiency: transmission efficiency can reach more than 98% (such as helical gear design). Energy saving and environmental protection: reduce energy waste, in line with the trend of green manufacturing. 3) Working Principle of Transmissi

1) Descriptions of Transmission Gear Shaft The performance of transmission components that require regular lubrication relies on lubricants to reduce friction and wear. 2) Features of Transmission Gear Shaft High lubrication requirements: grease or oil bath lubrication required. Critical sealing: protection against contaminants (e.g. labyrinth seals). Long maintenance intervals: quality design reduces downtime. 3) Working Principle of Transmission Gear Shaft The lubricant