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
3D scanner se yon enstriman syantifik itilize yo detekte epi analize ak fòm yo ak aparans done yo nan objè oswa anviwònman nan mond reyèl la, ki gen ladan jeyometri, koulè, sifas albedo, elatriye
se done a kolekte souvan itilize fè kalkil rekonstriksyon 3D yo kreye yon modèl dijital nan objè aktyèl la nan mond lan vityèl. Modèl sa yo yo te itilize nan yon ranje lajè aplikasyon pou tankou konsepsyon endistriyèl, deteksyon defo, jeni do, optik karaktè, konsèy robo, jomorfoloji, enfòmasyon medikal, enfòmasyon byolojik, idantifikasyon kriminèl, koleksyon eritaj dijital, pwodiksyon fim, ak materyèl jwèt kreyasyon an.
Principle and Characteristics of Non-contact 3D Scanner
Ki pa Peye-kontak scanner 3D: Ki gen ladan yon sifas ki estriktire scanner limyè 3D (yo te rele tou yon foto oswa pòtab yo oswa matrisyèl 3D scanner) ak yon scanner lazè.
Scanner nan ki pa Peye-kontak se popilè nan mitan moun pou operasyon ki senp li yo, pratik pote, vit optik, itilize fleksib, e pa gen domaj nan atik yo. Li se tou prensipal la nan aktyèl devlopman teknolojik. Ki sa nou rele "scanner 3D" refere a yon scanner ki pa kontak.
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. Plan kad Nasyonzini otomatikman, sipòte yo chwazi done yo pi byen nan done yo sipèpoze nwaj pwen.
2. vitès optik segondè, fwa yon sèl optik se mwens pase 3 segonn.
3. segondè presizyon, yon sèl eskanè ka kolekte pwen nan 1 milyon dola.
4. done enspeksyon va sove otomatikman, pa gen okenn afekte tan an operasyon.
5. Adopte dirije sous limyè frèt, ti chalè, pèfòmans se ki estab.
6. Ki kapab optik tou de gwo objè ak ti objè egzat.
7. De kouche nan lantiy kamera ka itilize, pa gen okenn bezwen ajiste ak detèmine ankò, pratik ak tan ekonomize.
8. done Sòti dosye tankou GPD / stl / ASC / IGS.
9. Se estrikti a prensipal te fè sou materyèl fib kabòn, ki te gen pi wo estabilite tèmik.
Application Cases
Application Fields
Single seri eskanè: 400mm (X) * 300mm (Y), 100 mm * 80mm
Single presizyon eskanè: ± 0.03mm ± 0.01mm
Single tan eskanè: <3s
Single eskanè rezolisyon: 1,310,000 / 3,000,000 / 5,000,000
Point fòma pwodiksyon gwo nwaj GPD / stl / ASC / IGS / WRL konpatib
ak lojisyèl an nòmal nan jeni do ak 3D CAD.