I-Bead Embroidery

I-Embroidery ye-Bead: I-Alchemy ye-Dimension

I-Bead Embroidery igqitha umsebenzi wokuthunga wesiqhelo ngokudibanisa iwaka leminyaka{0}}izithethe zamagcisa amadala kunye ne-avant{1}}garde textile science. Obu buchule buguqula amalaphu asicaba abe yi-topographies ebambekayo, apho yonke iglasi, intsimbi, okanye i-organic bead isebenza njengento encinci-yokwakha. Ngokungafaniyo nomphezulu -uhombiso lwenqanaba lokuhonjiswa, i-real Bead Embroidery interlaces interlaces kwi-matrix yesakhiwo selaphu ngokwalo{6}}ukudala ubunzima{7}}elithwele izihombiso zempahla yecawa, i-regalia yomsitho, okanye izinto ezinxitywayo zekinetic sculpture.

Inkqubo yeQuantum Stitch

• Uxinzelelo olunamandla: Izithungo ezinelungelo elilodwa lomenzi "iiankile edadayo" zivumela amaqela e-3D bead ukuba atshintshe ngokuzimeleyo, axhathise ukutsalwa kwelaphu.
• Ukuvunwa okuKhanya: I-Prism{0}}isikwe amaso iphinda isibane sokukhanya kwi-engile ye-72℃(ingqinwe ngesoftware yokufanisa)
• Ubunjineli be-Acoustic: -amaso angundoqo adityaniswe nemisonto ye-piezoelectric enza izandi zezandi (uluhlu lwe-C4-G5) xa zisusiwe.
• Impendulo yobushushu: Amaso e-Thermochromic abonisa ukuhamba kobushushu bomzimba kwindlela yokusebenza

 

 

Revolutionary Ground Materials

• I-Nanomesh Substrates: 0.1mm iigridi zepolymer zamaqela eenkwenkwezi axhonyiweyo
• Isigaba-Ukutshintsha amalaphu: Amaso abangela ulawulo lobushushu kwiindawo zoqhagamshelwano
• Isikhumba seMycelium: Isiseko seBiodegradable sofakelo oluvundisiweyo
• IProtokholi eyiNgqonyela: Ubunzulu boMaleko
• Isiseko seStratum: Thunga amaso embewu ye-15℃degree njenge "pixel base"
• Umphakamo ophakathi: Phakamisa umlilo oyi-4mm{1}}amaso akhazimlisiweyo kwizikhondo zocingo
• I-Canopy Layer: Nxiba i-8mm ye-faceted drops kunye ne-monofilament
• Isiphumo: Yenza ihlathi elinemvula-njengenkqubo yendalo ethe nkqo kulaphu

ULondolozo{0}}UbuGcisa beBanga

pH-Izincamathelisi ezilungelelanisiweyo: Thintela ukubola kweglasi kwiziqwenga zelifa

UV-Imisonto engathathi hlangothi: Misa ukufuduka kombala kwimiboniso yemyuziyam

Ukunyuswa kweMagnetic: Ufakelo olubuyiselwa umva lwamalaphu angoovimba

I-Bead Embroidery ichaza ngokutsha ubukrelekrele bezinto eziphathekayo. Kwistudiyo sethu saseKyoto, amagcisa asebenzisa i-electron microscopy ukuze aphindaphinde usasazo lwamaso eByzantine yenkulungwane ye-12 ngo-0.01mm ngokuchanekileyo. Ngeli xesha, i-lab yethu yaseBerlin iqala ngobuchule bokucwangciswa kwamatye alungelelanisiweyo apho i-micro{5}}idayi egqunyiweyo ikhupha indawo{6}}umbala othile kwimijikelo yeminyaka eyi-10{9}. Oku kudityaniswa kwelifa lemveli kunye{11}}nokuveliswa kwezinto ezintsha kubeka i-Bead Embroidery njengendlela yokugqibela ye-22nd-century heirlooms.