Screw compressor

Our patented screw air compressors offer high efficiency, cost-effectiveness and are extremely easy to operate and maintain which makes them a preferred choice for businesses across the globe.

Discover our wide range of screw compressor solutions, which can be customized for your needs and contact our team to find out more about screw air compressor prices in India.

Due to the low cost and extensive availability, reciprocating air compressors are utilized in a variety of service industries. Many operators prefer reciprocating air compressors because they either do not fully understand the difference between a rotary screw and a reciprocating air compressor and are only familiar with what they've always used or they simply are not aware of the alternatives.

Rotary screws provide many advantages over reciprocating air compressors mainly on these factors - initial and operating costs, energy efficiency, duty cycle, and service intervals including the following:

Work more quickly: In general, rotary screw air compressors deliver more air than reciprocating compressors of the same size. To accommodate higher air needs and decrease air pulses generated during the compression process, reciprocating compressors require air reservoir tanks. Rotary screw compressors do not produce the same type of air pulses as reciprocating compressors and can provide huge amounts of air when needed without the use of a reservoir tank.
Work for a longer time: Rotary screw air compressors operate at 100% duty cycle. The duty cycle of a compressor is the amount of time it can run continuously without pausing to prevent overheating in a certain period of time. For example, if a compressor can run for 60 minutes without stopping, it has a duty cycle of 100%. It has a duty cycle of 50% if it can only run for 30 minutes out of 60. Most reciprocating compressors can only operate at a 50% duty cycle. This means that the compressors can only run for half the duration, limiting your capacity to complete the task. A rotary screw compressor is designed to run continuously so that you can complete your task without interruption.

Further, the screw air compressor works on the principle of positive displacement wherein the male and the female rotors rotate in opposite directions, and the air is getting trapped in between these 2 rotors.

As the air moves along the rotors, the volume space between the rotors shrinks, resulting in an increase in the air pressure but reducing the volume of the air which is known as

Due to the low cost and extensive availability, reciprocating air compressors are utilized in a variety of service industries. Many operators prefer reciprocating air compressors because they either do not fully understand the difference between a rotary screw and a reciprocating air compressor and are only familiar with what they've always used or they simply are not aware of the alternatives.

Rotary screws provide many advantages over reciprocating air compressors mainly on these factors - initial and operating costs, energy efficiency, duty cycle, and service intervals including the following:

Work more quickly: In general, rotary screw air compressors deliver more air than reciprocating compressors of the same size. To accommodate higher air needs and decrease air pulses generated during the compression process, reciprocating compressors require air reservoir tanks. Rotary screw compressors do not produce the same type of air pulses as reciprocating compressors and can provide huge amounts of air when needed without the use of a reservoir tank.
Work for a longer time: Rotary screw air compressors operate at 100% duty cycle. The duty cycle of a compressor is the amount of time it can run continuously without pausing to prevent overheating in a certain period of time. For example, if a compressor can run for 60 minutes without stopping, it has a duty cycle of 100%. It has a duty cycle of 50% if it can only run for 30 minutes out of 60. Most reciprocating compressors can only operate at a 50% duty cycle. This means that the compressors can only run for half the duration, limiting your capacity to complete the task. A rotary screw compressor is designed to run continuously so that you can complete your task without interruption.

Further, the screw air compressor works on the principle of positive displacement wherein the male and the female rotors rotate in opposite directions, and the air is getting trapped in between these 2 rotors.

As the air moves along the rotors, the volume space between the rotors shrinks, resulting in an increase in the air pressure but reducing the volume of the air which is known as

Due to the low cost and extensive availability, reciprocating air compressors are utilized in a variety of service industries. Many operators prefer reciprocating air compressors because they either do not fully understand the difference between a rotary screw and a reciprocating air compressor and are only familiar with what they've always used or they simply are not aware of the alternatives.

Rotary screws provide many advantages over reciprocating air compressors mainly on these factors - initial and operating costs, energy efficiency, duty cycle, and service intervals including the following:

Work more quickly: In general, rotary screw air compressors deliver more air than reciprocating compressors of the same size. To accommodate higher air needs and decrease air pulses generated during the compression process, reciprocating compressors require air reservoir tanks. Rotary screw compressors do not produce the same type of air pulses as reciprocating compressors and can provide huge amounts of air when needed without the use of a reservoir tank.
Work for a longer time: Rotary screw air compressors operate at 100% duty cycle. The duty cycle of a compressor is the amount of time it can run continuously without pausing to prevent overheating in a certain period of time. For example, if a compressor can run for 60 minutes without stopping, it has a duty cycle of 100%. It has a duty cycle of 50% if it can only run for 30 minutes out of 60. Most reciprocating compressors can only operate at a 50% duty cycle. This means that the compressors can only run for half the duration, limiting your capacity to complete the task. A rotary screw compressor is designed to run continuously so that you can complete your task without interruption.

Further, the screw air compressor works on the principle of positive displacement wherein the male and the female rotors rotate in opposite directions, and the air is getting trapped in between these 2 rotors.

As the air moves along the rotors, the volume space between the rotors shrinks, resulting in an increase in the air pressure but reducing the volume of the air which is known as

Due to the low cost and extensive availability, reciprocating air compressors are utilized in a variety of service industries. Many operators prefer reciprocating air compressors because they either do not fully understand the difference between a rotary screw and a reciprocating air compressor and are only familiar with what they've always used or they simply are not aware of the alternatives.

Rotary screws provide many advantages over reciprocating air compressors mainly on these factors - initial and operating costs, energy efficiency, duty cycle, and service intervals including the following:

Work more quickly: In general, rotary screw air compressors deliver more air than reciprocating compressors of the same size. To accommodate higher air needs and decrease air pulses generated during the compression process, reciprocating compressors require air reservoir tanks. Rotary screw compressors do not produce the same type of air pulses as reciprocating compressors and can provide huge amounts of air when needed without the use of a reservoir tank.
Work for a longer time: Rotary screw air compressors operate at 100% duty cycle. The duty cycle of a compressor is the amount of time it can run continuously without pausing to prevent overheating in a certain period of time. For example, if a compressor can run for 60 minutes without stopping, it has a duty cycle of 100%. It has a duty cycle of 50% if it can only run for 30 minutes out of 60. Most reciprocating compressors can only operate at a 50% duty cycle. This means that the compressors can only run for half the duration, limiting your capacity to complete the task. A rotary screw compressor is designed to run continuously so that you can complete your task without interruption.

Further, the screw air compressor works on the principle of positive displacement wherein the male and the female rotors rotate in opposite directions, and the air is getting trapped in between these 2 rotors.

As the air moves along the rotors, the volume space between the rotors shrinks, resulting in an increase in the air pressure but reducing the volume of the air which is known as compressed air that is being displaced to the output.

As these screw air compressors are generally not equipped with any valves and have no mechanical forces that cause unbalance, these solutions can be extremely efficient for various applications. This is because a screw compressor works at a higher shaft speed and compresses a large volume of air with small exterior dimensions.

You may learn more about the workings of screw compressors in our compressed air wiki.

Besides this, our screw type air compressors offer multiple benefits, including:

We’re one of the biggest screw compressor manufacturers in India and have spread our operations globally as well.

With an energy-efficient, low-noise screw air compressor from Atlas Copco, you’ll be able to fulfil all your compressed air requirements.

We offer screw type air compressor products and services for multiple industries including textiles; food & beverages, pulp and paper;