Today the PC- K6 midi chassis is launched under the Lancool brand. Incorporating outstanding quality and craftsmanship; the Lancool series have a steel inner-core, making them stronger than all-aluminum chassis, but also considerably cheaper.

The strength of the Lancool series lies not only in the structure, but also in the features, which include support for 4x 3.5” internal HDD’s fitted in a patented anti-vibration, tool-less mounting, with special rubber grommets to secure the thumb screws which are mounted onto the HDD securing bracket. The HDD securing bracket snugly supports the HDD in rubber insulation, while acting as a heatsink, drawing off the heat generated by those super fast HDD’s. The HDD’s are accessed from the side.

The front panel has special clips to secure it vibration free into place giving the chassis a finely crafted look and feel. The PSU is mounted at the back top and has a special support bracket to secure your PSU against any movement. It also supports extra big PSU’s conveniently. Transporting the case should be hassle free with everything securely in place.

The Lancool products include an all aluminum chassis exterior, giving the case the traditional hair-line brushed finish with black anodizing, while the internals have finely honed edges to keep up high safety standards.

The PC- K6 has been designed for the LAN power user, so they are wide and rigid, using the minimalist style where every aspect is well thought out and has a specific purpose, especially if you are a modder. The outer shell; all in aluminum, is easily cut and modified, while the internal core; made of steel is 40% stronger than an all-aluminum case. The added rigidity makes these cases ideal for carting around to LAN’s.

The PC-K6 has a120mm extraction fan (1000RPM) at the back, and a 140mm intake fan (900RPM) on the front, with silent padding on the front panel to reduce noise levels from the internal components. The chassis has special anti-vibration clips for the side panels which are placed strategically to prevent vibration.