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RCP-7581VS
1 × $2,839.00 
CE7051
1 × $1,699.00 
PST3042
1 × $699.00 
DXCMTA1980854.SAN
1 × $631.00 Subtotal: $5,868.00
Out of a total of 570 products:
Showing 65–80 of 82 results
The DXCMH1393075 is designed for field operations where electrical power is unavailable or impractical. Its main strength is high airflow in a portable gas-driven platform, allowing it to run multiple pneumatic tools at the same time.
Key performance characteristics:
The DXCMLA4708065 is designed for steady, continuous shop air supply rather than peak portable performance. Its strength lies in its large tank capacity combined with a low-RPM cast iron pump, which allows it to:
Typical use cases include:
It is not intended for heavy continuous tools like large sandblasting systems or industrial grinders running nonstop.
The DXCMV5018055 is built for users who need serious shop air capacity without moving into large industrial screw compressor systems. Its biggest advantage is its high airflow for a 5 HP class compressor (~18 CFM) combined with a large 80-gallon tank, which helps:
The DXCMV5048055.1 is designed for serious shop workloads, not light DIY use. Its combination of high CFM output and large air storage capacity allows it to:
The DXCMV7518075 is designed for serious workshop air demand, bridging the gap between small shop compressors and full industrial screw systems.
Its performance strengths include:
The EGES1860ST is built for serious mobile air demand, especially where multiple pneumatic tools must run simultaneously. Its high CFM output allows it to support:
Key performance strengths:
The EGES24120T is designed for high-demand jobsite air systems, capable of running multiple pneumatic tools simultaneously. Its major advantage is the combination of:
This makes it suitable for operations where multiple technicians are using air tools at once.
Typical applications include:
The EI07V080V1 is built for serious shop air demand, offering significantly higher airflow than typical 7.5 HP compressors. Its strength comes from:
Typical applications include:
It is not intended for continuous heavy-duty industrial processes like large-scale sandblasting or production-line compressed air systems.
The ERI0050001 is designed for steady, non-stop air demand, which is where rotary screw technology performs best. Instead of cycling on and off like piston compressors, it runs continuously at controlled RPM, providing:
It is especially useful where air demand never fully stops, such as:
The ERI0050801 is designed for constant air demand environments, where piston compressors would normally cycle on and off. Instead, the rotary screw system:
This makes it ideal for:
The ERIK150003 is designed for continuous industrial air demand, where piston compressors would fail due to cycling limits and heat buildup. The rotary screw system provides:
Its ~60 CFM output allows it to support:
The ES10V080V1 is designed for high-output shop environments where noise reduction is important. Compared to standard 10 HP piston compressors, it offers:
Typical applications include:
The ESP05V080I1PK is designed for quiet, stable, and clean compressed air delivery in professional environments.
The ESP10A080V1 is designed for high-output workshop environments where noise control matters. Compared to standard 10 HP compressors, its key advantage is not only airflow but also:
The ESP10A120V1 is designed for high-demand shops where airflow stability and reduced noise are equally important. Compared to 80-gallon versions, the key advantage is its larger air reservoir, which provides:
Typical applications include: