Friday, 27 March 2020

Pneumatic tools - Microntech Engineers Private Limited

Pneumatic tools - Microntech Engineers Private Limited


Pneumatic tools are powered by compressed air, while electric tools are powered by electricity as the motive power.

pneumatic tools in indiaPneumatic tools are generally cheaper than electric tools and are to be easily and frequently replaced. Compared to electric tools, air-powered versions are lighter and smaller, but they pack the same (or often higher) amount of punch.

As airflow from the compressor is adjustable, air tools can deliver more torque and RPM, enabling you to finish jobs faster and easier.


 Electric tools are more expensive than their pneumatic Tools 

Electricity required:  Obviously, you need electricity to power electric tools. Air compressors can store air in their tanks for later un-powered use, but electric tools require electricity (some at all times) in order to function. With a cordless model, having extra batteries can be a lifesaver. For corded models, you can extend power to where you need it.

pneumatic electric tools

Now use electric tool to better performance than the pneumatic tool

Because Pneumatics have larger upfront costs, lower back end costs. Air tools themselves are usually less expensive than their electric counterparts. They also tend to last longer. However, you cannot run an air tool without an air compressor, and those can be very expensive. Air compressors are an expensive and unavoidable up-front cost for pneumatic tools.
use electric tool to better performance than the pneumatic tool

Electrics require less investment. The nice thing about electric tools—corded or cordless—is that they have their own power supply worked in, so you don’t need to invest in a power source. An electric tool will always be a little more expensive than an air tool that performs the same task, but an inexpensive air tool is useless without that compressor, which comes at a cost.

At a lower rotational speed of an electric motor, it operates in the mode in which it develops lower torque; therefore, it is not possible to obtain a high tightening moment. According to a high-speed pneumatic tool.