Cooler Master TD300 Mesh Mini Tower Case

Postmodern Elegance TD300 Mesh brings together modern presentation and performance with its three dimensional artistic mesh front panel. The polygonal diamond cut facade emphasizes the illumination of two included SickleFlow PWM ARGB fans, cast various glowing effects, shifting based on the viewing angle. Cooler Masters FineMesh technology simultaneously provides high airflow, dust filtration, and strengthened structure for maximum performance and effortless cooling. With the exclusive removable top panel, adaptable drive cage, and ample cooling support, TD300mesh provides a canvas of unlimited possibilities. Polygonal Mesh Crafted with Cooler Masters FineMesh technology, the polygonal mesh features a three dimensional contour, capable of simultaneously providing high airflow and excellent dust filtration. Sickleflow PWM ARGB Fans Included Pre installed with two highly acclaimed 120mm ARGB Sickleflow fans, managed by the included Hub to easily customize a comprehensive ARGB lighting system and minimize ARGB port usage on the motherboard. ARGBPWM Hub The included HUB features 5 ARGB and 4 PWM ports and facilitates cable management in the system, allowing you to conveniently control fans with a single connector for power and PWM signal and another for ARGB signal. Removable Top Panel The top panel is entirely removable for improved access to the components during assembly. Ease of use also facilitates the mounting of cooling solutions such as fans and radiators. Tempered Glass Side Panel Hardware, custom loop cooling, and the pure pride of the builder is shown in panoramic view through an edge to edge tempered glass side panel. Versatile Cooling Options Support for up to six fans and front, top, and rear radiator support ensure that performance is not compromised. Room For Upgrades Support for up to a 344mm graphics card, a 166mm CPU cooler, and up to a 325mm PSU in length provides room for upgrades to stay ahead of the game. Adaptable Drive Cage The drive cage can be shifted towards the front to accommodate for PSU space, backwards to provide additional radiator space, or even completely removed.