Automatic Dual-Axis Turntable

Shining 3D Metrology Automatic Dual-Axis Turntable The Shining 3D Automatic Dual-Axis Turntable automates multi-angle rotation and tilt path execution directly inside the scanning software, eliminating line-of-sight occlusions on complex geometries and enabling hands-off batch inspection workflows. Technical Overview & In-Lab Analysis Manual part repositioning introduces human error, point-cloud drift, and time-consuming alignment passes. Designed specifically for high-precision optical and metrology 3D inspection systems (such as the OptimScan series), this dual-axis system introduces synchronised multi-axis articulation directly into your measurement environment. By automating both continuous rotation and multi-angle tilting routines, the platform presents deep recesses, undercuts, chamfers, and internal radii directly to the sensor head without technician intervention. Engineered for Metrology Throughput Single-Click Software Synchronisation The unit interfaces natively with Shining 3D metrology acquisition software. Instead of manually jogging axes or stitching disjointed scanning batches, users define the scan envelope and trigger the routine with a single click. The platform controls both rotation and incline in real time, coordinating sensor triggers to capture dense point clouds with zero manual handling. Intelligent Path Planning & Auto "Add-Scan" Deep blind holes, steep drafts, and internal pockets frequently lead to line-of-sight dropouts. The platform's integrated software intelligence automatically identifies point-cloud gaps and recalculates table orientation. It activates targeted "add-scan" passes to capture missing surfaces, delivering fully closed polygon meshes and watertight CAD comparisons without user repathing. Multi-Object Batch Segmentation High-mix, low-volume inspection runs demand maximum turntable bed utilisation. The platform supports simultaneous multi-object scanning across its platter. The software automatically segments individual components into separate target zones, registers their geometries independently, and exports individual mesh files per component for automated pass/fail dimensional reporting. Flip-Scanning Alignment Routines Capturing complete 360° top-and-bottom profiles is streamlined using automatic alignment algorithms. Once the initial multi-angle routine finishes, flip the component. The software automatically detects overlapping reference landmarks, aligns the two halves, and merges the datasets into a unified coordinate system without manual target registration. Rugged, Portable All-In-One Architecture Constructed for shop-floor deployment as well as climate-controlled quality control labs. The compact, integrated chassis moves between metrology stations and shop-floor granite slabs without re-zeroing or complex mechanical recalibration.