Hi. Theme of this project is "retro cars" Part1 Thermaltake Element S. In the picture: without excessive parts Front panel frame Excessive parts are cut with a dremel tool, holes of 2 mm are drilled out, factory paint is washed off Put back New front panel 3d model. Milling. Aluminum 35mm Thread M2 for coupling with frame Side panel The same actions were taken as for front panel frame Side wall panels. Vector Laser cutting. Aluminum 2mm Jointly with frame Punchdown rivets connection After grinding Heads (other side) Mnpctech feets
That's a cool (and arduous) way of presenting a mod. Well done! I'll keep my eye on this for sure. Darkened
Part 2 3D models of front panel plates 1Milling stage. 2mm brass Bending Second stage of milling Gas-oxygen welding pack rack Brass pins HMP soldering Plates took seat after through holes were made Side panel plates. Vector Laser cutting. Brass 2mm Brass pins M2. Brazing Overall view Mistook about two bottom holes sizes. Patch Parts after sandblasting. Flux, dross and cutter marks are removed. Sandy texture is a kind of artistic solution. After sandblasting, threads are made again on pins. External exposed surface grinding Apertures pattern for bottom plate was taken from the radiator grill of Soviet car GAZ-13 "Chaika"
This is first class. The video work must be very time consuming, but it's such an effective presentation method. Well done.
I love the way you compose the videos, done interesting points in the case too Sent from my GT-I9505 using Tapatalk
Let's deal with the chassis Dismantled chassis Unnecessary parts are cut off L-profile aluminum stiffening rib Cable channel made from square aluminum tube for the inner lining of a power cable Let’s take off the factory paint and join the parts Powder coating, RAL9005 Rear part of the case Also cut off unnecessary The most difficult part for paint removal Filling piece for the rear panel. Laser cutting, groove milling. 2 mm aluminium Riveted Four brass standoffs for mounting one prop that appears at the end of the project. Powder coating, RAL 3011 Assembling the chassis Bottom part of the case The insides are cut, the paint is washed off. Powder coating, RAL 3011 On its place Riveting New parts Laser cutting. 6 mm aluminium Profile for LED strip Inserted in the grooves Bottom of the case assembled RGB LED stripe inside the profile Stripes are covered with light-diffusing cover. Feet are bolted to the bottom The connection between the bottom and the frame PCI slot plugs. Laser cutting, CNC bending. 1 mm steel HDD enclosure. Laser cutting, CNC bending. 2 mm aluminum. Round brass standoffs are used instead of shelves On its place Cable channel for power cable Angle IEC cable. Box for insulation of the high-voltage power connector and for storing of excess length of the power cable. Inserts into the HDD enclosure. On its place High-voltage plug is soldered to the cable Bolted Ventilation grids of the bottom On its place Enclosure is ideal for 2.5"drives. It also supports the installation of 3.5" drives by two outer mounting holes Frame for vertical installation of PSU On its place Top panel of the original case. Powder coating, RAL 3011 Added fastens for internal illumination The hull is ready
Awesome. -It seems it would have been easier to build the entire case from scratch. You obviously have the skill to do that.