AUTOMATION

Pneumatic Technologies & Applications

The evolution of pneumatic technologies in industry, core components, and innovative automation applications.

December 10, 2025

12 min read

BRS PROSES Engineering Team

Compressed air is one of the most expensive energy forms on a production line - but a well-designed pneumatic system pays that cost back many times over with its speed and simplicity.

1. Core Components

A pneumatic system's backbone is four components: compressor, air preparation unit (FRL), directional control valves, and cylinders.

Compressor: the system's air source, sized to flow and pressure needs
FRL Unit: cleans the air, stabilizes pressure, lubricates if needed
Directional Control Valves: route air to the right path at the right time
Cylinders: convert force into motion; larger bore means more force but less speed

Industry 4.0 Integration

Units equipped with pressure and position sensors can flag even a 10% lengthening of cycle time before a planned-maintenance trigger would.

2. Common Application Areas

Sector/Line	Typical Use	Priority
Packaging Lines	Fast push-pull motion	Speed
Assembly Stations	Part clamping	Repeatability
Automotive Paint Booths	Door open-close mechanism	Cleanliness/hygiene

"When designing a new pneumatic line, air consumption is calculated first, then the compressor and line diameter are sized accordingly; reversing that order is the most common design mistake in the field."
— BRS PROSES Engineering Team

3. BRS Proses System Design Support

Line design starting from the air budget
Compressor and FRL sizing
Industry 4.0 sensor integration consulting
Turnkey pneumatic line installation