KOLINK Observatory MX Mesh (BLACK/WHITE) ARGB Midi Tower Case

Description

House your gaming PC in something bold with the Kolink Observatory MX Series PC Case. The dual-tone colouring, half-hinged glass side panel, and solid steel PSU shroud create a strong aesthetic for any gaming PC. Meanwhile, the five pre-installed Kolink Umbra ARGB fans and front mesh panel provide ample airflow to keep your components at optimum temperature.

- Kolink Observatory MX Mesh ARGB Mid-Tower PC Case at a Glance:
Mid-tower PC case with dual-tone design and half-hinged tempered glass panel
Mesh front panel and dedicated solid steel PSU shroud
Support for ATX motherboards and GPUs up to 330mm long
Five pre-installed Kolink Umbra ARGB fans
Four storage drive bays
Available in three colourways
Observatory MX Mesh
The Kolink Observatory MX Series features two styles, each available in three colourways. You can choose between the Glass or Mesh editions, and then black, white, or black and white colourings.

This is the Mesh model in black and white. The front panel has a mesh design, to ensure ample airflow. Keeping the aesthetic sleek, the dedicated PSU shroud is formed with solid steel panelling. As the black and white model, the exterior and interior are black, with the shroud offset in white. Thus, creating a bold effect.

- Generous Hardware Support
More than just its good looks, the Kolink Observatory MX Mesh has incredible support for a variety of hardware. This chassis can accommodate a Mini-ITX, Micro-ATX, or ATX motherboard, with seven expansion slots on the rear panel for PCIe devices. In the main chamber, there is 330mm clearance for GPUs.

The dedicated PSU shroud can host power supplies up to 180mm. There is also a storage drive cage with four bays. Two can hold either 2.5” SSDs or 3.5” HDDs, whilst the other two are for 2.5” drives only.

- Airflow for Days
To keep your gaming PC at optimum temperature, the Kolink Observatory MX Mesh can support both air and water-cooling hardware. There are five Kolink Umbra ARGB fans pre-inst