
The Hidden Costs Behind Your Compressed Air System
What is your compressed air really costing you? Explore the expenses beyond the purchase price and download our white paper on compressor life-cycle costs.
Reliable, Oil-Free Compressed Air for Continuous Automotive Production
Compressed air powers critical processes throughout the plant, including robotic assembly, paint shop operations, material handling, instrumentation, and automation. In paint applications, even trace amounts of oil or contamination can cause costly defects, rework, and finish failures.
Reliable, contaminant-free compressed air systems help manufacturers maintain consistent product quality, maximize uptime, and reduce total operating costs across continuous production environments.
Support consistent paint application and high-quality automotive finishes with silicone-free compressor options designed to help minimize silicone contamination, reduce paint defects such as fisheyes, and limit costly rework.
Achieve consistent paint application with oil-free compressed air that atomizes and directs paint particles, helping reduce the risk of oil-related finish defects and rework.
Compressed air is used to power a variety of pneumatic equipment, including air hammers, sandblasters, blow guns, and impact wrenches.
Support everyday plant operations with dependable air for pneumatic tools, pumps, and fans, as well as electrical panel pressurization to help keep hazardous gases out.
Certified to ISO 8573-1 Class 0, FS-Elliott’s oil-free, silicone-free, and Teflon-free air eliminates the contamination risks that cause paint adhesion failures, fish-eye defects, and rejected panels in automotive paint operations and robotic assembly.
Building on over 60 years of experience, our Polaris industrial compressors feature the same durable and low-maintenance design that demanding continuous-duty industries rely on, delivering long-lasting performance with the lowest cost of ownership. Our team of experts has extensive knowledge and experience in designing, developing, and optimizing compressed air systems that meet the unique requirements of automotive manufacturing.
Maintain product quality and manufacturing efficiency with ISO 8573-1 Class 0 oil-free compressed air.
FS-Elliott centrifugal compressors help eliminate the risk of oil contamination while delivering the clean, reliable air required for automotive assembly, painting, pneumatic tools, and other critical production processes.
Backed by more than 60 years of centrifugal compressor expertise, FS-Elliott combines proven aerodynamic design with advanced Regulus® control systems to deliver reliable, energy-efficient compressed air solutions for automotive manufacturing. Regulus control systems help optimize compressor performance, improve energy efficiency, and support proactive maintenance while maintaining consistent air pressure and adapting to changing production demands.
FS-Connect® remote monitoring further helps maximize uptime and maintain reliable performance throughout the compressor lifecycle.
FS-Elliott offers flexible compressor configurations designed to meet the demanding requirements of automotive manufacturing.
Multiple pressure, flow, control, and system options allow each solution to be tailored for efficient integration into production processes, supporting consistent air delivery, changing operational demands, and reliable, energy-efficient performance throughout automotive manufacturing facilities.
From installation and routine maintenance to parts, service, and remote monitoring, FS-Elliott provides comprehensive support throughout the life of your compressor.
Our global service network and factory-trained experts help maximize uptime, maintain performance, and extend equipment life.

What is your compressed air really costing you? Explore the expenses beyond the purchase price and download our white paper on compressor life-cycle costs.

Automotive manufacturing relies on compressed air at virtually every stage of production. From robotic assembly and paint operations to material handling and battery manufacturing, compressed air powers critical processes that keep production moving.

Centrifugal compressors provide compressed air for a wide range of applications across various industries, including food and beverage processing, petrochemical plants, and oil refineries. While flow and pressure requirements often drive initial selection, site conditions ultimately determine how the compressor performs in real operation.
Ambient conditions such as temperature, pressure, and humidity directly affect air density, which in turn impacts mass flow, power consumption, and achievable capacity