Revopoint POP – Escáner 3D con tocadiscos de 0.012 in, precisión de 8 Fps de velocidad de escaneo de escritorio y modo de escaneo fijo y automático🥇✔️ ® A Pedido 🏆™

Revopoint 3D Scanner 0.05Mm Precision 10 Fps Scan Speed Portable 3D Scanner For 3D Printing – Pop2 Premium

【Precision Up to 0.05mm】The core hardware of POP 2 adopts the principle of binocular + Micro-structured light, With the help of the proprietary micro projecting chip, POP 2 ensures that the fast acquired 3D point cloud data has high precision, and the highest single-frame precision can reach 0.05mm. And POP 2 supports high-precision scanning mode and texture scanning mode, which can directly generate vivid 3D models for color 3D printing. 【High Compatibility & Easy to Use】 POP2 supports scanning on Windows8/10/11, macOS, Android, iOS and Harmony OS devices. The updated REVO SCAN software features a new, easy way to scan, perfect for new users and breakthroughs in 3D technology. The 3D models scanned by POP 2 can be directly processed in design software, such as Maya, 3D Max, Tinker CAD, UG NX, MeshLab, Solid Edge, SketchUp, Fusion 360, unity 3D, Rhino, Cura, Cinma 4D, Blender, Solidworks, Keyshot. 【Portable 3D Scanner】One cable combines the power cord and data transmission function, no need for AC power supply, low power consumption, can be directly connected to smart phone or tablet for 3D scanning. The weight of only 195 grams also makes the POP very light and convenient for handheld scanning. 【Upgraded Hardware】With higher resolution cameras and projector, POP 2 3D scanner can quickly obtain high-precision 3D point cloud data at 10 frames per second enhanced by embedded 6 Dof Gyroscope, facilitating scan more fluently. POP 2 supports feature, marker and color alignment and can directly generate vivid 3D models for 3D design 3D animation, and 3D printing, etc. 【Applications & 3D Scans】the upgraded feature-rich version of POP 3D Scanner that has higher precision, smoother operation, better color effect, etc. POP 2 can help you easily capture the 3D model for 3D printing, 3D design, VR/AR 3D modeling, reverse engineering and measurement, etc.