OASC Series Introduction

Appropriate solutions for all your compressed air needs OASC series screw compressors, with their advanced design and cutting-edge components, provide high performance, efficiency and a reliable compressed air supply. Thanks to their Poly-V-tech belt-and-pulley connection and NEMA TEFC Premium engine, the high-quality screw group helps save on lifetime costs, while providing high efficiency airflow. The frequency inverter option enables the [...] Read More

OASC Series Quality Equipment

Quality Equipment Ozen Air Technology uses components that comply with international standards for products that stand out for their performance and durability. Adopting the principle of customer-oriented work in all the areas that fall within the scope of the quality management system, Ozen strives to continually improve its workforce and its suppliers, and to ensure the continuity and improvement of [...] Read More

OASC Series Ozen Energy Optimisation

Ozen Energy Optimisation Energy Cost Saving VFDEnergy CostInvestmentMaintenance Ozen Energy Optimisation on Avarage up to %35 Energy savings even during low-capacity utilization Since the OASC V series screw compressors with frequency inverter adjust the motor speed according to the actual air need of the facility, high energy use during low-capacity utilization is avoided. The advantage of constant pressure As the [...] Read More

OASC Series Ozen Energy Recovery

Ozen Energy Recovery Reduces operating costs by recovering waste heat... Improving energy efficiency is essential for the industry. Rising energy prices and growing environmental awareness increase the importance of waste heat recovery. 94% of the energy consumed by a compressor is converted into heat. This heat is released back into the atmosphere through the cooling system and by radiation. Not [...] Read More

OASC Series Service After Sales Services

Service After Sales Services Reduces operating costs by recovering waste heat... Improving energy efficiency is essential for the industry. Rising energy prices and growing environmental awareness increase the importance of waste heat recovery. 94% of the energy consumed by a compressor is converted into heat. This heat is released back into the atmosphere through the cooling system and by radiation. [...] Read More

OASC D Series Introduction

Superior performance under tough conditions The OASC D series direct coupled screw compressor series with frequency inverter is designed to offer high efficiency under the tough conditions of the industry. With its wide range of products, the series offers solutions suitable for the needs of different processes from textile to automotive, and from appliances to the pharmaceutical industry, all of [...] Read More

OASC D Series Quality Equipment

Quality Equipment Ozen Air Technology uses components that comply with international standards for products that stand out for their performance and durability. Adopting the principle of customer-oriented work in all the areas that fall within the scope of the quality management system, Ozen strives to continually improve its workforce and its suppliers, and to ensure the continuity and improvement of [...] Read More

OASC D Series Ozen Energy Optimisation

Ozen Energy Optimisation Energy Cost Saving VFDEnergy CostInvestmentMaintenance Ozen Energy Optimisation on Avarage up to %35 Energy savings even during low-capacity utilization Since the OASC V series screw compressors with frequency inverter adjust the motor speed according to the actual air need of the facility, high energy use during low-capacity utilization is avoided. The advantage of constant pressure As the [...] Read More

OASC D Series Ozen Energy Recovery

Ozen Energy Recovery Reduces operating costs by recovering waste heat... Improving energy efficiency is essential for the industry. Rising energy prices and growing environmental awareness increase the importance of waste heat recovery. 94% of the energy consumed by a compressor is converted into heat. This heat is released back into the atmosphere through the cooling system and by radiation. Not [...] Read More