where the lights on the dead space plasma cutter

The LEDs take up considerably less space which enabled me to design a mechanism to extend the 'fins' on the front of the cutter, making it more game-accurate.

The Plasma Cutter features a rotating front blade capable of mounting either three lasers, or for a more cosplay-safe version, three LEDs.

This year I've decided to revive it, clean it up, make it more durable, and add some extra features. I've probably spent hundreds of hours on this - I originally made it for a costume in 2014 but it was a very rough design and some of the moving parts were unreliable. Still, when presented with a less than effective alternative against dense organic matter, the 211-V Plasma Cutter retains its utility.' Against pliable targets, however, impact will cause minimal damage and thermal expansion will not so much cut as stress the area around the impact site, sometimes requiring several consecutive hits with the non-upgraded tool. When used upon brittle, frozen rocks riddled with faults, it can split them open in one or two shots in skilled hands. This causes intense localized shear effects as well as a tunnelling thermal expansion. On impact with the target, bolt cohesion fails frontward first, penetrating the target with a focused jet of superheated matter. The Plasma Cutter is very accurate, utilizing three blue lasers to indicate the desired cutting plane. It is capable of firing bolts vertically (primary firing mode) and horizontally (secondary firing mode). The Plasma Cutter delivers a cohesive pulse-stream, or 'bolt', of ionized plasma when fired. ' Congratulations on your purchase of a Schofield Tools 211-V Directed Energy Plasma Cutter! The 211-V combines power and reliability in a portable form factor, allowing for one-handed operation.

Where the lights on the dead space plasma cutter