Table of Contents
Why Reliability Is Critical in Semiconductor Manufacturing
How Compressed Air Supports Every Stage of Semiconductor Production
Atlas Copco’s Oil-Free Solutions: Built for 24/7 Operation
Optimized Maintenance for Continuous Uptime
Energy Efficiency and Heat Recovery: Reliability Meets Sustainability
Long-Term Performance You Can Count On
FAQ: Reliability and Oil-Free Air in Semiconductor Applications
Why Reliability Is Critical in Semiconductor Manufacturing
In semiconductor production, uptime isn’t an option, it’s required.
From wafer fabrication to packaging, every process depends on clean, stable, and oil-free compressed air to maintain precision. A single unplanned shutdown or contamination event can halt production lines, damage products, and cost millions in lost yield.
That’s why the world’s leading fabs trust Atlas Copco Compressors; engineered for continuous uptime reliability, Class 0 oil-free performance, and optimized efficiency that keeps critical operations running nonstop.
How Compressed Air Supports Every Stage of Semiconductor Production
Compressed air is essential throughout the entire semiconductor manufacturing process:
- Cleanrooms: Maintaining particle-free environments for precision fabrication.
- Wafer handling: Powering vacuum and pneumatic tools with contamination-free air.
- Drying and purging: Removing moisture during cleaning and etching stages.
- Packaging: Protecting sensitive chips from oxidation and impurities.
With Class 0 oil-free compressors, Atlas Copco ensures zero risk of oil contamination thus preserving purity and product integrity at every step.
Atlas Copco’s Oil-Free Solutions: Built for 24/7 Operation
Atlas Copco’s Class 0 oil-free compressors are designed for the most demanding continuous-duty applications found in semiconductor fabs.
Key technologies include:
- Z Series Compressors: Deliver ISO 8573-1 Class 0 certified air ensuring zero oil carryover.
- VSD⁺ Technology: Automatically adjusts motor speed to match air demand, reducing energy use and wear.
- Integrated Dryers and Filters: Maintain consistent dew points and air purity, minimizing maintenance needs.
Each system is tested for maximum uptime and reliability, providing a stable air supply for round-the-clock semiconductor production.
Optimized Maintenance for Continuous Uptime
Downtime in a semiconductor fab can cost hundreds of thousands per hour. Atlas Copco designs its systems to minimize that risk through:
- SMARTLINK connectivity: Real-time monitoring and predictive maintenance alerts.
- Easy-access service points: Simplified component layout reduces maintenance time.
- Global service network: Certified technicians are available wherever your fab operates.
Predictive maintenance and digital monitoring ensure potential issues are identified early keeping your system, and your production, running seamlessly.
Energy Efficiency and Heat Recovery: Reliability Meets Sustainability
Reliable performance doesn’t have to come at the cost of efficiency. Atlas Copco’s compressors are engineered to maximize uptime while minimizing energy use.
Through heat recovery systems, up to 90% of the electrical energy used for compression can be captured and reused for other plant processes, such as water heating or space conditioning. This reduces operating costs and carbon footprint aligning reliability with industry sustainability goals.
Long-Term Performance You Can Count On
Reliability isn’t just about today’s uptime, it’s about maintaining consistent performance for years to come. Atlas Copco compressors are built with:
- High-quality components for extended lifespan.
- Advanced control systems for precise operation.
- ISO-certified designs that meet global cleanroom and safety standards.
From installation to lifecycle support, Atlas Copco provides the confidence of uninterrupted performance, ensuring your semiconductor production stays on schedule, on spec, and online.
FAQ: Reliability and Oil-Free Air in Semiconductor Applications
