Ocypus Launches the New Gamma C60 Series PC Case
Ocypus has announced the launch of the Gamma C60 Series, including Gamma C60 & Gamma C60 ARGB, the latest addition to its PC case lineup. Building on the brand’s signature minimalist design language, Gamma C60 combines elevated aesthetics, advanced cooling architecture, and uncompromising compatibility, tailored for a wide range of PC builders.
Family Front Panel Design
Continuing the iconic circular matrix design elements, the Gamma C60’s front panel is forged from high-strength steel with precision mesh, enhanced by a metallic floating visual effect. The clean, geometric lines embody a minimalist aesthetic while enabling effective airflow, delivering both form and function in perfect balance.
Positive Pressure Cooling Efficiency
The chassis features six fan mounts and an intelligently optimized airflow path to generate a positive pressure environment. This configuration dramatically enhances internal air circulation, efficiently dissipating heat and maintaining consistent system cooling over time. Besides, the Gamma C60 ARGB comes with four 120mm ARGB fans on the front and rear.
Powerful Scalable Compatibility
Engineered for flexibility, the Gamma C60 series accommodates a variety of components and configurations. Its spacious interior allows for high-end hardware installations, supporting diverse build needs from minimalist setups to complex, performance-driven rigs.
More Thoughtful Details
Every detail of the Gamma C60 is designed with real-world usage in mind. From initial installation to daily maintenance, the case includes practical enhancements such as magnetic dust filters for effortless cleaning, a slide-in side panel for easy access, and an independent power chamber to keep heat of power supply confined.
With its refined design language, airflow-optimized architecture, and high adaptability, the Ocypus Gamma C60 Series stands out as a versatile and elegant solution for users seeking performance without compromising on design.
Pricing and availability are not known at this time.
