Your compressed air and vacuum systems affect production, equipment performance, energy use, product quality, and operating costs. Choosing the right equipment is only one part of keeping those systems performing reliably.
Lewis Systems helps manufacturers, processors, and industrial facilities evaluate, design, install, maintain, and improve complete compressed air and vacuum systems.
Whether you are replacing aging equipment, expanding capacity, addressing air-quality concerns, reducing energy waste, or trying to solve a recurring system problem, our team helps you determine the right solution for the complete application.
The best compressor is not simply the one that matches your existing horsepower.
Air demand, duty cycle, air quality, pressure, efficiency, available space, maintenance requirements, and future growth should all be considered before selecting new equipment.
Lewis Systems offers industrial air compressor technologies for a wide range of applications:
For applications where compressed air quality is critical and the risk of oil contamination must be minimized.
Ideal for intermittent-use applications, smaller systems, and facilities with variable compressed air demand.
Designed for industrial operations requiring dependable compressed air across sustained or continuous demand.
Not sure which technology fits your operation? Lewis Systems can evaluate your current demand, operating conditions, and future requirements before recommending equipment.
A compressor can only perform as well as the system around it.
Dryers, filtration, controls, piping, storage, vacuum equipment, pressure settings, and changing plant demand can all affect how reliably and efficiently your system operates.
Lewis Systems supports complete industrial compressed air and vacuum systems with:
Your needs do not end once new equipment is installed.
Lewis Systems provides ongoing industrial compressed air and vacuum support, including:
From immediate repairs to long-term maintenance and equipment planning, our team helps you reduce unexpected interruptions and make informed decisions about your system.
We look beyond the compressor to consider air treatment, controls, piping, vacuum equipment, demand, and overall system performance.
Recommendations are based on your pressure, airflow, air-quality requirements, duty cycle, available space, and future demand.
Preventative maintenance, parts, repairs, rentals, monitoring, and 24/7 emergency support help protect your investment over time.
Lewis Systems supports industrial facilities throughout North Carolina, South Carolina, and Virginia through regional teams and service resources.
The right compressor depends on your application, air quality requirements, and duty cycle. Most manufacturing and processing facilities use rotary screw compressors for continuous operation, while reciprocating compressors are ideal for intermittent use. Oil-free compressors are preferred when clean air is critical, such as in food, pharmaceutical, or electronics applications.
Low pressure or insufficient air does not automatically mean the compressor is undersized. Air leaks, pressure drop, controls, storage, piping restrictions, or inefficient equipment operation may be reducing available capacity.
A system evaluation can help determine whether additional compressor capacity is actually required.
Lewis Systems is an authorized Gardner Denver distributor and provides equipment, parts, and service support for Gardner Denver compressed air systems.
Our technicians also service and support many other major air compressor brands, including Sullair, Ingersoll Rand, Quincy, Kaeser, Curtis, Atlas Copco, CompAir, BOGE, Hydrovane, and others. If you are unsure whether we support your equipment, send us the manufacturer, model, and serial number and our team can help confirm service and parts availability.
We provide industrial air and vacuum system support across the Southeast, with fully staffed facilities in Charlotte, Greensboro, and Rocky Mount, NC, and Lynchburg, VA—allowing us to respond quickly wherever you operate.
Improving efficiency may involve repairing leaks, reducing unnecessary pressure, improving compressor sequencing, addressing pressure drop, optimizing storage, maintaining air treatment equipment, or matching compressor operation more closely to system demand.
A compressed air audit can help identify which opportunities are most relevant to your facility.
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