Imodeli yedesktop ene-compact kunye nencinci ngobukhulu.
Ukusebenza okungundoqo kunye nenkqubo yokulawula ikhompyutha ezenzekelayo, ukonga ixesha kunye nomsebenzi.
Ukuqhawula ucingo ngaxeshanye ngokunyuka nokuhla kweentloko ze-laser ezimbini kuzisa ukusebenza kakuhle okuphezulu kunye nokulula ukuhluba.
Ngexesha lenkqubo yokuhluthwa kwentambo ye-laser, amandla emitha ye-radiation akhutshwa yi-laser afunxwa ngamandla ngezinto ezikhuselayo. Njengoko i-laser ingena kwi-insulation, ikhupha izinto eziphathekayo ukuya kumqhubi. Nangona kunjalo, i-conductor ibonakalisa ngamandla i-radiation kwi-CO2 laser wavelength kwaye ngoko ayichatshazelwa yi-laser beam. Ngenxa yokuba iconductor yentsimbi isisipili kubude be-laser, inkqubo iyasebenza "i-self-terminating", oko kukuthi i-laser ikhupha yonke imathiriyeli yokugquma ibe ngumphunga ukuya kuthi ga kwi-conductor ize iyeke, ke akukho lawulo lwenkqubo olufunekayo. thintela umonakalo kumqhubi.
Ngokuthelekisa, izixhobo eziqhelekileyo zokuqhawula iingcingo zidibanisa umzimba kunye nomqhubi, ezinokulimaza ucingo kwaye zicothise isantya sokucubungula.
Fluoropolymers (PTFE, ETFE, PFA), PTFE /Teflon®, Silicone, PVC, Kapton®, Mylar®, Kynar®, Fiberglass, ML, Nylon, Polyurethane, Formvar®, Polyester, Polyesterimide, Epoxy, Enameled coatings, DVDF, ETFE /Tefzel®, Milene, Polyethylene, Polyimide, I-PVDF kunye nezinye izinto eziqinileyo, ezithambileyo okanye ezinobushushu obuphezulu…
(i-elektroniki zonyango, i-aerospace, i-electronics yabathengi kunye neemoto)
• Iingcingo zecatheter
• Ii-electrode ze-Pacemaker
• Iimotor kunye nee-transformer
• Amajiko-jiko asebenza kakhulu
• Iinaliti zetyhubhu zeHypodermic
• Iintambo zeMicro-coaxial
• IiThermocouples
• Ii-electrode zokuvuselela
• Ukudityaniswa kocingo lwe-enamel
• Iintambo zedatha ezisebenza kakhulu