The power source for pneumatic tools is compressed air. This means that, unlike electric devices, they don’t require an expensive motor.
This makes them suitable for industrial applications like welding, sandblasting, etc.
They’re Safe
Pneumatic tools are powered by compressed air rather than electricity. This makes them safe, even in environments requiring an electrical hook-up or highly-flammable gasoline. Compressed air can be stored in tanks on the go, making it a convenient choice for powering tools in remote locations or industrial job sites. The reliability of the power source and lower rate of breakdowns mean that businesses can keep their operations running more smoothly with lower downtime costs.
Aside from the initial purchase cost of an air compressor, pneumatic tools often have lower maintenance costs than electric tools. They typically have fewer working parts and, as such, tend to experience fewer failures. They also consume less energy than their electric counterparts, making them more environmentally friendly.
Another advantage of air-powered tools is that switching between devices and tasks is easier without plugging and unplugging tools or waiting to recharge. This allows you to work more quickly and efficiently, improving productivity. Air-powered devices are also typically lighter in weight than their electric counterparts. This can help reduce fatigue, especially when using the tool for prolonged periods. You’ll want to choose an air compressor with a high gallon capacity to ensure enough dependable power for your device.
They’re Versatile
Pneumatic tools are used in various industrial applications to automate repetitive manual tasks. Compressed air is utilized to operate various tools, such as clamps for opening and closing, presses for shaping metals and plastics, and assembly torque tools for fastening components.
The main advantage of using pneumatic tools over electric alternatives is that they require less maintenance. This is because they typically have fewer working parts, which makes them more reliable. Additionally, they are powered by a consistent source of power – compressed air. This means they can operate for extended periods and run at total capacity without risking overloading.
Another advantage of using pneumatic tools is that they are portable. Compressed air can be stored in cylinders and brought to any worksite, so you can use your pneumatic tools even when you don’t have access to an electricity supply. Additionally, you can adjust the pressure of your pneumatic tools to suit any application or environment.
Moreover, air-powered tools have an excellent power-to-weight ratio. This allows them to deliver high levels of torque and RPM (revolutions per minute) while still being lightweight and compact. This makes them ideal for various industrial applications, from automotive repair to construction projects.
They’re Affordable
The pneumatic tools industry is growing thanks to factors like industrialization, infrastructure development, and increased spending on building projects. Advances in lithium batteries, growing DIY hobbies, and intelligent and networked power tools are also helping fuel growth.
Pneumatic air tools use reciprocating pistons powered by compressed air, making them ideal for heavy-duty tasks and long-term usage, such as spray painting or sandblasting. They consume less than a gallon of compressed air per hour and have lower exposure to vibration than electric tools, which can cause permanent damage to hands and arms.
An air compressor stores and regulates high-pressure air delivered to tools through a hose. Most air compressors can store air at 70-90 psi, enough to run most air tools and equipment.
Choose an air compressor that is a good fit for your tools and business, depending on the volume of work you plan to do. A portable air compressor is fine for inflating car tires but won’t deliver enough capacity to run most air tools. For heavier work, a heavy-duty air compressor with a higher tank capacity is recommended and designed for rigorous, consistent use.
Another advantage of pneumatic tools like Air Turbine Tools is that they have fewer moving parts and require less maintenance than electric alternatives. This reduces energy costs, lower operational and repair expenses, and increases productivity.
They’re Easy to Maintain
Pneumatic tools run on compressed air and don’t generate much heat, so their operation is relatively safe. However, they can still pose safety hazards if damaged or incorrectly used. For example, if the trigger mechanism on an air gun isn’t correctly attached, or the user is not wearing proper eye and head protection, they can be hit by particles ejected from the tool when it fires.
To minimize this risk, users should always follow manufacturer recommendations regarding the safe operating parameters of pneumatic tools and equipment. In addition, the appropriate type of industrial air compressor must be selected to match the compressed air delivery requirements for each air-powered tool and piece of equipment. These requirements are typically specified regarding the tool’s or equipment’s compressed air consumption under load, often called its “SCFM requirement.”
For example, an auto repair and body shop may require an air compressor with a minimum SCFM of 40 to accommodate their facility’s pneumatic impact wrenches, hammers, punches, and sanders. A higher SCFM output is also required to supply the blowers in the spray paint booths. Some air tools and equipment, such as nailers and staplers, require even more compressed air for extended periods and are considered continuous use. These tools are categorized as high-use and may need up to 99 SCFM when all end-users are factored in.
