P-Series UV And White Light 3D

P-Series UV And White Light 3D

P-Series UV and White Light 3D refers to advanced 3D imaging systems or scanners that leverage both UV (ultraviolet) and white light to capture high-resolution, detailed 3D surface data. These systems are often used in industrial applications, research, and quality control.

Features:

1. Dual Light Sources:
   • UV Light: Useful for detecting surface defects, analyzing fluorescent materials, or working with surfaces that respond uniquely to UV illumination.
   • White Light: Offers broad-spectrum illumination for general-purpose 3D scanning and measurement tasks, suitable for surfaces with high color fidelity.
2. High Accuracy:
   • Often capable of measuring micro-level details, making them suitable for precision applications like:
     • Aerospace
     • Automotive manufacturing
     • Forensics
     • Research labs
3. Non-Contact Measurement:
   • Uses structured light or laser-based technologies to measure objects without physically touching them, preserving fragile or delicate samples.
4. Material Versatility:
   • Suitable for a wide range of materials, including metals, plastics, ceramics, and even biological specimens.
5. Software Integration:
   • These systems typically come with advanced software for data visualization, defect analysis, and exporting 3D models for CAD or simulation software.

Benefits:

1. Enhanced Measurement Versatility

• Dual Light Sources:
  • UV Light: Allows the system to detect features invisible under normal light, such as surface coatings, fluorescent materials, or microscopic defects.
  • White Light: Provides broad-spectrum illumination for accurate measurements of texture, color, and geometry across diverse materials.

2. High Precision and Accuracy

• Capable of capturing extremely fine details, often down to the micrometer scale.
• Ideal for tasks like surface roughness analysis, micro-defect detection, and dimensional inspection.

3. Non-Contact Technology

• Prevents damage to fragile, delicate, or soft materials.
• Suitable for objects with intricate shapes, complex geometries, or sensitive surfaces.

4. Broad Application Range

• Widely used across industries:
  • Manufacturing: For quality control and reverse engineering.
  • Aerospace and Automotive: Ensures components meet tight tolerances.
  • Medical and Biotechnology: Scans biological specimens, prosthetics, and medical devices.
  • Art and Cultural Heritage: Used for restoration and preservation of artifacts.

5. Fast and Efficient Data Collection

• Scans large areas quickly while maintaining high resolution.
• Reduces time spent on manual measurements or inspections.

6. Detailed Analysis Tools

• Accompanied by software for:
  • Visualizing 3D models.
  • Identifying deviations or defects.
  • Exporting data for CAD and simulations.

7. Material Compatibility

• Works effectively on a wide variety of surfaces, including:
  • Reflective materials like metals.
  • Textured surfaces like wood or ceramics.
  • Transparent or translucent objects with UV-sensitive properties.

8. Increased Productivity

• Automates critical measurement processes, minimizing human error.
• Frees up time for other tasks while ensuring consistent and repeatable results.

General Specifications

1. Measurement Principles:
   • Structured light scanning (fringe projection or similar).
   • Ultraviolet (UV) and visible light source integration.
2. Resolution:
   • Ranges from micrometer-level accuracy (e.g., 1–10 µm) depending on the system.
3. Field of View (FOV):
   • Variable, typically adjustable depending on lens configuration.
   • Commonly ranges from 50 mm × 50 mm for fine detail to 500 mm × 500 mm or larger for scanning bigger objects.
4. Light Sources:
   • UV Light Wavelength: Around 365–400 nm.
   • White Light: Full-spectrum, often LED-based for consistency.
5. Camera Specifications:
   • High-resolution cameras, often with 5–25 megapixels.
   • Dual-camera or multi-camera setups for capturing multiple angles simultaneously.

Performance

1. Accuracy:
   • Typically ±5 µm to ±20 µm, depending on the working distance and field of view.
2. Scan Speed:
   • Scan times as fast as 1–2 seconds per frame.
   • Capable of full 3D reconstruction in minutes.
3. Surface Compatibility:
   • Effective on reflective, matte, transparent, and UV-reactive materials.

Physical Specifications

1. Dimensions:
   • Compact and portable units, often weighing 5–20 kg.
   • Tripod or robotic arm mounting options.
2. Power Supply:
   • Standard 100–240 V AC, with low power consumption.

Software and Connectivity

1. Software Features:
   • 3D model visualization and editing.
   • Measurement tools for dimensions, surface deviation, and defect detection.
   • Data export to CAD/CAM formats (e.g., STL, OBJ, STEP, IGES).
2. Connectivity:
   • USB 3.0, Ethernet, or Wi-Fi for data transfer.
   • Integration with robotic arms or automated inspection systems.
3. Operating System Compatibility:
   • Windows 10/11, often with additional support for macOS or Linux.