3D Scanning Markers Magnetic Reflective Targets for 3D Scanner Precision Alignment and Accuracy

3D Point Reflective Reference Markers Large, Type9 (100 pcs) Description: Large, contrast reflective markers designed for 3D scanning reference and positioning. Markers improve scan alignment, accuracy, and repeatability when scanning smooth or lowfeature surfaces. Type9 includes inner 9 and outer 12 marker pattern, supplied as 100 pieces per pack. Key benefits: Improve scan accuracy and repeatability: Markers provide clear reference points that help scanners locate and align scan data consistently. Solve scanning challenges on smooth or featureless surfaces: Useful when scanning objects with little geometric detail such as cups, car panels, and sculptures. Reduce setup time and scanning difficulty: Markers make it easier for scanning systems to detect reference points and maintain consistent tracking across multiple passes. Features and specifications: Size: Large Selected model: Type9, inner 9 outer 12 configuration Pack quantity for Type9: 100 pieces Purpose: Positioning and reflection markers for 3D scanners, photogrammetry, and structured light or laser scanning systems Function: Provide contrast reference points to improve alignment, tracking, and data repeatability Available types (full list): Type1: 6 inside and outside 10 reflective (1000pcs) Type2: Inside 3 outside 6 (7) reflective (1000pcs) Type3: Inner 6 outer 10 magnetic points (100 pieces) Type4: Inner 12 outer 18 (outer 19) (100 pieces) Type5: Inner 6 and outer 10 ordinary reflective points (100 pieces) Type6: 12 circles inside, 18 squares outside (100 pieces) Type7: Inner 3 outer 10 super reflection (100 pieces) Type8: Inside 6 outside 13 (100 pieces) Type9: Inside 9 outside 12 (100pcs) Compatibility: Intended for use with most 3D scanning systems that rely on reflective or contrast reference markers for positioning and registration. Suitable for structured light scanners, laser scanners, and photogrammetry setups. Typical use scenarios: Automotive body scanning: Place markers on panels to capture accurate surface geometry and support alignment across large areas. Sculpture and cultural heritage scanning: Apply markers to smooth surfaces to improve registration and repeatability during multipass scans. Reverse engineering and product inspection: Use markers to establish consistent reference points on parts with few visual features. Notes: Markers are designed to assist scanning systems by providing detectable reference points to improve conversion rates and result consistency. Pack and type selection should match the scanning workflow and scanner requirements.