Pneumatic tool
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| Classification | Power tool |
|---|---|
| Types | Compressed air or compressed carbon dioxide |
| Inventor | (Multiple, see history) Samuel Miller (steam-powered drill, 1806) Jonathan J. Couch (percussion drill, 1849) François Cavé (compressed air drill, 1851) Charles Brady King (pneumatic hammer, 1890) |
| Related | Air compressor, Hydraulic tool, Electric tool |
A pneumatic tool, air tool, air-powered tool or pneumatic-powered tool is a type of power tool, driven by compressed air supplied by an air compressor.[1] Pneumatic tools can also be driven by compressed carbon dioxide (CO2) stored in small cylinders allowing for portability.[2]
Most pneumatic tools convert the compressed air to work using a pneumatic motor.[3] Compared to electric power tool equivalents, pneumatic tools are safer to run and maintain, without risk of sparks, short-circuiting or electrocution, and have a higher power to weight ratio, allowing a smaller, lighter tool to accomplish the same task. Furthermore, they are less likely to self-destruct in case the tool is jammed or overloaded.[4]
General grade pneumatic tools with a short life span are commonly less expensive and considered “disposable tools” in tooling industries, while industrial grade pneumatic tools with long life span are more expensive. In general, pneumatic tools are cheaper than the equivalent electric-powered tools. Regular lubrication of the tools is still needed however.[5]
Advantages and disadvantages
Pneumatic tools have many benefits which have contributed to their rise in popularity. The benefits of using compressed air to power tools are:
- Inexpensive
- Safe to use
- Easy to operate
- Portable
- Low theft rates[6]
The primary disadvantage of pneumatic tools is the need for an air compressor, which can be expensive. Pneumatic tools also need to be properly maintained and oiled regularly. Failing to maintain tools can lead to deterioration, due to a build up residual oil and water.[7]
Technical terms
Pneumatic tools are rated using several metrics: Free Speed (rpm), Air Pressure (psi/bar), Air Consumption (cfm/scfm or m3/min), Horse Power (hp), and spindle size. Each individual tool has its own specific requirements which determine their compatibility with air compressor systems.
Flow or airflow, related to air consumption in pneumatic tools, represents the quantity of compressed air that passes through a section over a unit of time. It is represented in l/min, m3, at the equivalent value in free air in conditions of standard reference atmosphere (SRA). For example: +20 c, 65% of relative humidity, 1013 mbar, in accordance with norms NFE.
Types of pneumatic tools
Pneumatic tools come in many shapes and form, including small and large-sized hand tools.
The most common types of pneumatic tools include:
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- Air ratchet
- Airbrush
- Air hammer (forging)
- Air hammer (pile driver)
- Angle grinder[8]
- Backfill tamper[8]
- Impact wrenches[8]
- Nail gun
- Jackhammer[8]
- Pneumatic hammer[9]
- Pneumatic drill[9]
- Pneumatic jack (device)
- Pneumatic paint shaker[10]
- Pneumatic riveter[9]
- Sanders[8]
- Sandblaster
- Shears
- Paint sprayer
- Riveting hammer
- Air saw
- Blind riveter
- Needle scaler
Common brands
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- Chicago Pneumatic
- Kirloskar[11] Pneumatic
- AIMCO
- Apex Tool Group
- Atlas Copco
- ZIPP GROUP
- Campbell Hausfeld
- 3M
- China Pneumatic
- Compair Broomwade Ltd
- Craftsman
- DeVilbiss Air Power Company
- Festo
- Husky (tools)
- Ingersoll-Rand
- JET
- Kobalt (tools)
- Mac Tools
- Makita
- Matco Tools
- Osaka
- Patco Air Tools
- Porter-Cable
- RAD Torque Systems
- Snap-on
- ZIPP TOOL
- Katashi
References
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- ^ Page Module:Citation/CS1/styles.css has no content."Hand and Power Tools" (PDF). Occupational Safety and Health Administration. 2002. Retrieved August 29, 2025.
- ^ Page Module:Citation/CS1/styles.css has no content."Pneumatic Tools, Air Tools – Soartec". www.soartec.com.tw. Retrieved 2019-03-28.
- ^ Page Module:Citation/CS1/styles.css has no content."What is the working principle of an air motor". Chicago Pneumatic. Retrieved August 29, 2025.
- ^ S. R. Majumdar (1996). Pneumatic Systems: Principles and Maintenance. Tata McGraw-Hill Education. pp. 107–. Template:ISBN. [verification needed]
- ^ Page Module:Citation/CS1/styles.css has no content.S. R. Majumdar (1996). Pneumatic Systems: Principles and Maintenance. Tata McGraw-Hill Education. pp. 107–. ISBN 978-0-07-460231-7. [verification needed]
- ^ Page Module:Citation/CS1/styles.css has no content.Chiaha, Emiliana (2024-04-28). "Durability and Longevity of Pneumatic Tools: Reliable Investments for Every Toolbox". Retrieved 2025-08-29.
- ^ Page Module:Citation/CS1/styles.css has no content."Air Tool Maintenance & Operation". VMAC. 2016-09-06. Retrieved 2019-03-28.
- ^ a b c d e Page Module:Citation/CS1/styles.css has no content."How Many CFM Do I Need to Run Air Tools? - CFM Chart". VMAC. 2018-10-30. Retrieved 2019-03-28.
- ^ a b c Page Module:Citation/CS1/styles.css has no content.S. R. Majumdar (1996). Pneumatic Systems: Principles and Maintenance. Tata McGraw-Hill Education. pp. 107–. ISBN 978-0-07-460231-7.
- ^ Page Module:Citation/CS1/styles.css has no content."History - Insight Performance Group". Retrieved 30 April 2018.
- ^ kirloskarkpcl.com
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