Industrial Equipment Service

 INFAT-SAC Series Screw Air Compressor (16 Bar)

The INFAT-SAC Series is a high-performance, industrial-grade screw air compressor designed for reliable and energy-efficient operation in demanding industrial environments. Delivering up to 1300 CFM (≈ 36.8 m³/min) with a maximum working pressure of 16 bar and power ratings up to 250 HP, it ensures stable and continuous airflow for modern manufacturing processes.

Built with single-stage screw compression, a Variable Speed Drive (VSD), and a high-efficiency Permanent Magnet Motor, the INFAT-SAC Series offers significant energy savings, low maintenance, and long service life. Its rugged construction, optimized cooling, and low-vibration operation make it ideal for continuous-duty applications across manufacturing, automotive, packaging, and process industries.

Designed for efficiency, durability, and performance, the INFAT-SAC Series delivers dependable compressed air while reducing operating costs and downtime—making it a reliable choice for high-demand industrial applications.

  INFAT-SAC2s Series Two-Stage Screw Air Compressor (12 Bar) 

The INFAT-SAC2s Series is a premium two-stage screw air compressor engineered for high-efficiency, continuous-duty industrial applications. Designed to deliver 15–20% higher energy efficiency compared to single-stage compressors, it helps industries significantly reduce operating costs while maintaining stable and reliable compressed air supply.

With a maximum working pressure of 12 bar, power ratings up to 350 HP, and air delivery of up to 2000 CFM (≈ 56.6 m³/min), the INFAT-SAC2s Series is ideal for high-volume, large-scale industrial operations. The advanced two-stage compression system combined with a Variable Speed Drive (VSD) ensures optimized energy consumption, consistent pressure, and efficient performance even under fluctuating air demand.

Engineered for efficiency, durability, and long-term reliability, the INFAT-SAC2s Series delivers high-volume compressed air with superior energy savings—making it an ideal solution for modern industrial facilities requiring continuous, high-performance operation.