The classic first-generation "all-ceramic" Apollo "Bls" new product is the first

The classic first-generation "all-ceramic" Apollo "Bls" new product is the first to adopt the "all-ceramic" process. Omega's latest Speedmaster Dark Side of the Moon watch uses ceramic, an inorganic non-metallic material produced by high-temperature firing. This material can be used to manufacture high-density watch components with special mechanical properties. Ceramic is one of the most popular materials among consumers when purchasing watches, thanks to its striking and diverse colors and special properties. Ceramic is twice as light as stainless steel, wear-resistant, highly scratch-resistant, highly biochemically inert, hypoallergenic, and non-magnetic. This watch has a 44.25 mm case and is equipped with a blackened movement. The movement plates are depicted with a realistic view of the lunar surface using laser ablation technology, paying tribute to the Speedmaster's outstanding contribution to the "Apollo 8" mission. Through the black anodized aluminum skeleton dial, the near-surface of the moon, visible from Earth, is clearly visible, while the case back displays the "dark side of the moon," the far-surface, which only astronauts have seen. The watch features a striking black microporous rubber strap with a yellow rubber lining in the center. The entire timepiece is crafted from black ceramic, with the central chronograph seconds hand adorned in yellow lacquer, and the bezel featuring laser-engraved bright white enamel tachymeter scale. The small seconds subdial hands are made of grade 5 titanium and are presented in a unique "Saturn V rocket" shape. This 3D design was created using laser turning technology, and different color effects are achieved through a combination of white paint, laser ablation, and laser blackening processes .