Gear Shaft

Name: Gear Shaft
Brand: Jai Santoshi Machine Tools
Price: 2500 INR
Availability: InStock

Price 2500 INR/ Bale

Get a Price/Quote

MOQ : 1 Container

Gear Shaft Trade Information

Minimum Order Quantity
1 Container

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Sample Available
Yes

Main Export Market(s)
Asia

About Gear Shaft

This Gear Shaft is a mechanical component for transmitting torque and rotations. This shaft is fabricated with special forged steels with particular alloys whereas tight endurance profile machining and grinding gives accuracy and efficiency. All that is requisite for the high-fidelity manufacturing of these products is the artwork of fabricating, which alleviate the products' contact with gear under operations. These shafts are thoroughly checked by our quality controllers on different quality parameters before delivering to our customer ends. Apart from this, Gear Shaft is known for their features like, accurate dimensions and high durability.

Mechanical Equipment Customized Large Gear Shaft and Long ...

A gear shaft is a cylindrical mechanical rod with gears mounted on it, designed to transmit rotational power and motion within a machine. It works by having its mounted gears mesh with other gears to transfer torque and speed between different components, allowing for changes in speed, torque, and direction. Gear shafts are essential in applications like automotive transmissions and industrial machinery, bearing significant shear and torsional stresses to enable efficient power delivery.

How it Works

1. Power Input:

A driving force, such as a motor or engine, rotates the gear shaft.
2. Gear Engagement:

The gears attached to the shaft then mesh with corresponding gears on other components.
3. Torque and Speed Transfer:

This meshing action transfers rotational motion and torque from the driving shaft to the driven components.
4. Function in a Transmission:

In a gearbox, this process allows for adjusting output speed, increasing or decreasing torque, or changing the direction of motion, all dependent on the gear ratios.

A gear shaft, also known as a transmission shaft or drive shaft, is a mechanical component with one or more gears attached to a cylindrical rod that transmits rotational motion and power between different parts of a machine, such as an engine and a gearbox. It serves to change speed, increase torque, or reverse rotation by using meshing gears to transfer power from an input to an output component. Gear shafts are made from high-strength materials like alloy steel to withstand stress and are found in various machinery, including automobiles and industrial equipment.

Key Functions and Characteristics

Power Transmission:

The primary role of a gear shaft is to transmit rotational power and motion from one component to another.
Torque and Speed Variation:

By integrating gears of different sizes, the gear shaft alters the speed and torque output of the machine according to the specific gear ratio.
Mechanical Linkage:

The teeth of the gears on the shaft mesh with mating gears on other components, creating a reliable mechanical link for power transfer.
Stress Bearing:

The shaft is designed to endure torsional (twisting) and shear stresses generated during operation, supporting the loads imposed by the gears.
Compact Design:

Integrating gears directly onto the shaft allows for efficient and compact operation within complex mechanical assemblies.

How It Works

1. Input Rotation:

A motor or engine provides rotational force to the input shaft.
2. Gear Engagement:

The gears on the shaft then engage with corresponding gears on another component, such as an output shaft or another gear train.
3. Motion Transfer:

The meshing of the gear teeth causes the driven components to rotate, transferring the power and motion from the input to the output.
4. Speed and Torque Adjustment:

The ratio of teeth between the meshing gears determines the final speed and torque at the output, according to the gear ratio.

Applications

Automobiles: In vehicle transmissions to adjust engine output for different driving conditions.
Industrial Machinery: In various industrial machines for power transmission and motion control.
Power Transmission Systems: As a key component in overall power transmission systems to manage energy flow.