Mirage 4-eye 3D scanner is equipped with 4 group of camera lens, which can be chosen and shifted according to the size of the object and detailed texture of the object surface. Large and small accurate scanning can be accomplished at the same time without readjustment or re-demarcate of camera lens. Mirage 4-eye series contain white light and blue light 3D scanners.
Structured light 3D scanner-3DSS-MIRG4M-III
Brief Introduction of 3D Scanner
scanner 3D o se meafaigaluega faasaienisi faaaogaina e iloa ai ma iloilo le faamatalaga foliga ma foliga vaaia o mea faitino po o le siosiomaga i le lalolagi moni, e aofia ai geometry, lanu, luga albedo, ma isi
O le aoina o faamatalaga e masani ona faaaoga e faatino 3D fuafuaga toe fausia e fatu ai se faataitaiga faafuainumera o le mea moni i le lalolagi tafailagi. O nei faataitaiga o loo faaaogaina i le eseese o talosaga e pei o le fuafuaga tau alamanuia, sese mauaina, inisinia faafeagai, amio le faitauina, taitaiga ropota, geomorphology, faamatalaga faafomai, faamatalaga moni, e iloagofie ai tau solitulafono, aoina tofi faafuainumera, ata tifaga gaosiga, ma mea foafoaga taaloga.
Principle and Characteristics of Non-contact 3D Scanner
E lē o ni fesootaiga scanner 3D: E aofia ai se scanner 3D malamalama luga faatulaga (e taʻua foi o se ata po o feaveai po o scanner 3D raster) ma se scanner leisa.
O le scanner lē fesootaiga o lauiloa i totonu o tagata mo lona taotoga faigofie, tauave talafeagai, faitauina o anapogi, faaaogaina fetuutuunai, ma e leai se mea leaga i mea. O le tonu foi o atinae faatekonolosi i le taimi nei. O le mea tatou taʻua o le "3D scanner" e faatatau i se scanner lē fesootai.
Principle of Structured Light 3D Scanner
The principle of a structured light 3D scanner is similar to the process of a camera taking a photo. It is a composite three-dimensional non-contact measurement technology combining structural light technology, phase measurement technology and computer vision technology. During the measurement, the grating projection device projects a plurality of specific coded structured lights onto the object to be tested, and the two cameras at a certain angle synchronously acquire corresponding images, then decode and phase the image, and use matching techniques and triangles. The measurement principle is used to calculate the three-dimensional coordinates of the pixels in the common view of the two cameras.
Characteristics of 3DSS Scanners
1. soofaatasi otometi, lagolagoina e filifili le faamatalaga sili ona lelei mai le faamatalaga overlapping ao manatu.
2. saosaoa le faitauina Ese, taimi le faitauina e tasi e itiiti ifo nai lo le 3 sekone.
3. tonu Ese, e faitau vave e tasi e mafai ona aoina manatu o le 1 miliona.
4. O le a faaolaina faamatalaga tilotilo solo otometi lava, e leai se aafia ai le taimi taotoga.
5. faaaogaina TAITAIINA puna malamalama malulu, laiti vevela, faatinoga o le fale o manu.
6. mafai ona faitauina o faasalaga uma e lua mea tetele ma mea laiti saʻo.
7. E lua vaega o lenses mea pueata e mafai ona faaaogaina, e manaomia e fetuunai ma toe calibrate, faaola talafeagai ma le taimi.
8. e faila faamatalaga Galuega Faatino e pei GPD / STL / ASC / IGS.
9. O le faatulagaina autu ua faia o carbon mea alava, lea ei ai le tulaga mautu vevela maualuga.
Application Cases
Application Fields
Tele e faitau vave Nofofua: 400mm (X) * 300mm (Y), 100 mm * 80mm
le saʻo atoatoa e faitau vave Nofofua: ± 0.03mm ± 0.01mm
taimi e faitau vave Nofofua: <3s
faaiuga e faitau vave Nofofua: 1,310,000 / 3,000,000 / 5,000,000
Point ao faatulagaga galuega faatino: GPD / STL / ASC / IGS / WRL talafeagai
i le polokalama masani o le inisinia faafeagai ma 3D CAD.