Chandra X-Ray Observatory

thingiverse

The Chandra X-ray Telescope was launched by NASA in 1999 with advanced technology now allowing individuals to create their own miniatures. The chance to possess a scaled-down version of this space-based observatory is an exciting development that allows anyone to explore the vastness of our universe. For those interested in learning more about Chandra, they can visit http://chandra.si.edu and also http://chandra.si.edu/learn_cxc.html. Instructions: With precise details provided, enthusiasts are now empowered to print their own miniatures with an exceptional level of accuracy at 0.1mm layer height, featuring a sophisticated design of 8% infill, and ensuring the highest standard of two perimeters. The model was built using filament that is available for purchase, specifically taking note to center each component exactly within designated holes for perfect alignment similar to the examples depicted. However the creator made adjustments prior to final assembly, smoothing it all together. Some prep work has been shown by gluing a tiny metal disk around aluminum tubes while ensuring complete cohesion by securing the join seam. The extra foil is then neatly cut off before carefully leveling it. The author originally utilized silver-colored plastic materials but applied metallic spray paint at the bottom surface with a "Ready Gold Leaf" finishing product acquired from the craft store that has to be painted using "matte finish" once fully dry and ready for display, thus providing an authentic feel on display surfaces when fully combined and assembled. Small reinforcements present on the highest piece may optionally be carefully taken off once construction is complete if necessary. All other areas where the spray paints would stick best should initially use a layer of fine grayish color while minor corrections using pens with a golden pen to fix any remaining blemishes were applied prior to sticking every element firmly together after ensuring all foils have properly stuck and hardened completely to prevent separation once completed construction is accomplished fully without losing adhesion through oxidation process during handling over time. As it turned out using an exceptionally light blue plastic materials, however utilizing black alternatives if required was feasible.