Carmanhaas Fiber yankan Tantancewar aka gyara ana amfani da daban-daban iri fiber Laser sabon shugaban, watsawa da kuma mayar da hankali da katako fitarwa daga fiber don cimma manufar yankan takardar.
Carmanhaas yana ba da mafita na musamman don duk buƙatun yankan Laser ɗin ku da ra'ayoyin injin.2D Laser yankan ne mafi na kowa aikace-aikace.Kayan lebur na kauri daban-daban da aka yi da ƙarfe, bakin karfe, aluminum, ko ƙarfe mara ƙarfe ana sarrafa su tare da babban ƙarfin kuzari da saurin yankewa.3D Laser sabon tsarin ana amfani da ko'ina a cikin mota masana'antu, musamman ga agile robot aikace-aikace.Daban-daban na hankali firikwensin mafita taimaka don tabbatar da cewa Laser sabon tsari ne har abada barga da kuma daidai, don samun gyara yanke halaye da kuma kauce wa samar ƙi.
(1) Abun ma'adini mai ƙarancin ƙarfi da aka shigo da shi
(2) Daidaiton saman: λ/5
(3) Amfani da wutar lantarki: Har zuwa 15000W
(4) Ultra-low sha shafi, sha kudi <20ppm, tsawon rai lokaci
(5) Aspherical surface gama daidaito har zuwa 0.2μm
Ƙayyadaddun bayanai | |
Substrate Material | Fused Silica |
Hakuri Mai Girma | +0.000-0.005" |
Hakuri mai kauri | ± 0.005" |
Wurin Wuta | 3 gefuna |
Rarraba Sphere | 1 gaba |
ingancin saman | 10-5 |
Share Budewa ( goge) | ≥90% |
Haƙuri na Tsawon Tsawon Tsawon Hankali (EFL). | <1.0% |
Ƙayyadaddun bayanai | |
Daidaitaccen Rufe Dukansu AR @ 1070nm | |
Jimlar sha | <30PPM |
watsawa | >99.9% |
Ƙarƙashin Ƙarƙashin Ƙarfafa AR/AR shafi @1070nm | |
Jimlar sha | <10PPM |
watsawa | >99.9% |
Sunan samfur | Diamita (mm) | Tsawon Hankali (mm) | Siffar | Tufafi |
Lens mai haɗawa | 25.4 | 75 | Siffar | AR/AR @ 1030-1090nm |
25.4 | 100 | Siffar | AR/AR @ 1030-1090nm | |
28 | 75 | Siffar | AR/AR @ 1030-1090nm | |
28 | 100 | Siffar | AR/AR @ 1030-1090nm | |
30 | 75 | Siffar | AR/AR @ 1030-1090nm | |
30 | 100 | Siffar | AR/AR @ 1030-1090nm | |
37 | 100 | Siffar | AR/AR @ 1030-1090nm | |
37 | 100 | Aspherical | AR/AR @ 1030-1090nm | |
Lens mai da hankali | 25.4 | 125 | Siffar | AR/AR @ 1030-1090nm |
28 | 125 | Siffar | AR/AR @ 1030-1090nm | |
30 | 125 | Siffar | AR/AR @ 1030-1090nm | |
30 | 150 | Siffar | AR/AR @ 1030-1090nm | |
30 | 200 | Siffar | AR/AR @ 1030-1090nm | |
37 | 150 | Siffar | AR/AR @ 1030-1090nm | |
37 | 200 | Siffar | AR/AR @ 1030-1090nm | |
38.1 | 200 | Siffar | AR/AR @ 1030-1090nm |