Add color Winter Olympics, laser technology has what kind of hardcore performance?

The Yellow River water from the sky “, laser engraving “ice and snow rings”, “snowflake torch” flying into the air… Since the opening ceremony of the Winter Olympics, these tech-heavy scenes have continued to flood social media. In fact, not only the opening ceremony, from the torch design to venue construction, from indoor to outdoor, the Winter Olympic Games everywhere has laser “black technology” support, there is no lack of excellent laser enterprises. And many of these links have demonstrated the core strength of laser technology and the infinite prospect of laser application.

24 laser “carved” into the “ice and snow rings” opening ceremony, the unforgettable picture is “Ice Cube” slowly by the laser “carved” into the crystal bright picture of the five rings. 24 laser blades are projected from high above, carving in reverse. Ice hockey players hit the “ball”, “ice Cube” gradually broken, the giant ice and snow rings revealed the real face, slowly rise, five rings through the ice.

02. 1268 decorative patterns of “Flying” torch by laser engraving The overall appearance of “Flying” torch of the Beijing Winter Olympics from the bottom up gradually transition from auspicious auspicious cloud patterns to paper-cut style snowflake patterns, rotating upward, like ribbons fluttering, and finally appear as flying flames. The elegant appearance of “Flying” contains hardcore technology, including laser engraving figure.

The torch is divided into three parts: an outer streamer, an inner streamer and a hydrogen burner. The shell uses carbon fiber composite material for the first time in the world, through the national initiative, the world’s leading three-dimensional weaving device manufacturing. The woven coat is merely a soft “skeleton” of the torch, which is then injected with a special resin to solidify into a solid shell. Then it was polished, sprayed, and then laser sculpted to carve out 1268 patterns on the torch body, and finally completed the overall assembly.