3D Laser Galvo Scanner Head G3-3D Series
High Precision and Casio Galvanometer ENARRATIO Caput pro Laser Vestigium, Welding, Secans...
G3 3D systema laser galvo intuens destinatur ad altam praecisionem et altum umbilicum vagationem, datam integrationem acquisitionis, processus notitiarum electronicarum, sectator mechanica, imaginatio optica, emendatio optica, intuens optica, aliaque functiones. G3 3D adoptat JCZ sui ipsius exculta focus axis mobilis mobilis, cum responsione velociore, celerius et stabilior umbilicus mobilis.Variis anti-immissionibus modis adhibitis, validam habet facultatem anti-impedimenti, altam fidem, bonam linearitatem, altam accurate repetitionem, brevem responsionem temporis.G3 3D structuram integralem, mediocrem, levem, et bonam inducit ut firmitatem obtineat sub condicione laborantis diu.
Progressio Ezcad3 et DLC moderatoris, usus cum G3 3D galvo scanner, punctum provectum adhibet per punctum vestigia dynamici laseris excambium algorithmus.Tota ratio consequi potest parvam focalem maculam, campum late intuens, et altam flexibilitatem.
G3 3D ratio intuens idonea est ad processus superficiei complexi, 3D altae insculpturae, altae potentiae secantis, exercendi, laseris microfabricationis, 3D applicationes, laser celeris prototyping, etc. Cum speculi proprio coatingendo et lens F-theta, varias materias tales procedere potest. as, metallum, corium, Flexilis, lignum, bamboo producta, tegula, plastica, marmor, paelex, etc.
Sample Pictures
Specifications
Scanner | vestigium velocitatis | 4000mm/s | Positioning Celeritate | 10000mm/s |
Error tracking | 0.25ms | Nonlinearity | <3.5mrad/ 44° | |
I% plena magnitudine | ≤0.4ms | Lucrum Drift | <50PPM/K | |
Drift cinguli | <15μrad/k | Pereffluamus in 8h * | <0.3mrad | |
Scan Anglus | ±0.35rad | Speculum Aperture | 10mm | |
Basic | Interface | XY2-100 | opus Temp | 25℃±10℃ |
Potestas | ±15VDC,3A | Necem | 1064nm/ 532nm/ 355nm | |
Z AXIS | Input Apertura | 7mm/3mm | Tignum Ratio | 1.4/ 3 |
Focus dolor | ±30mm | Vestigium Area | 150mm (Replaceable F-theta lens) |