OptimScan Q12 

Shining 3D OptimScan Q12 3D Scanner

High-Precision 3D Tripod / Cobot-based Inspection Scanner

Overview

The Shining 3D OptimScan Q12 is an advanced, high-precision 3D scanner designed for industrial-grade inspection and quality control applications. Combining advanced imaging technology with intelligent software, it delivers exceptional accuracy and efficiency in capturing detailed surface geometries.

Why Choose the OptimScan Q12?

The OptimScan Q12 offers a unique combination of speed, precision, and versatility, making it a valuable addition to any production environment. Its ability to produce high-quality scans rapidly, coupled with easy material handling and industry-leading software, ensures efficient and reliable manufacturing processes.

Key Features

• High-Resolution Imaging: Equipped with four 12.3 MP industrial cameras, the OptimScan Q12 captures intricate surface details with remarkable clarity.
• Dual Scan Range: Offers two scan ranges—large (430 × 300 mm) and small (160 × 110 mm)—allowing users to switch seamlessly between detailed and full-part scanning without manual adjustments.
• Monocular-Stereo Fusion (MSF): Enhances data coverage and integrity, especially on complex edges and corners, by effectively merging monocular and stereo data.
• Multiple Exposure Modes: Features intelligent automatic exposure and multiple exposure modes to adapt to various surface types, including reflective and dark materials.
• Fast Scanning Speed: Each scan captures up to 12 million points in less than one second, powered by a dual-chip computing module for rapid image acquisition and data processing.
• Versatile Operation: Supports handheld use, semi-automated setups with turntables, and full robotic integration for automated inspection workflows.
• Automated Inspection Solution: Integrates seamlessly with intelligent 3D inspection systems, enabling fully automated workflows from scanning to report generation.

Applications

The Shining 3D OptimScan Q12 is ideal for a wide range of industrial metrology and quality control applications. It excels in component dimension inspection (GD&T), enabling rapid capture of high-density point cloud data for geometric tolerance analysis and compliance verification. In automotive and manufacturing environments, it is especially effective for inspecting stamped parts and sheet metal, analysing springback deformation, and optimising die parameters. The scanner is also well-suited for mould development and repair, allowing users to scan worn moulds and reverse-engineer 3D models for precise remanufacturing. Additionally, its compatibility with robotic systems makes it a powerful tool for automated in-line inspection, providing real-time scanning and instant reporting to monitor production quality trends efficiently.

Software

• OptimScan Software: Comes with powerful post-processing tools for cleaning, aligning, merging, and optimising scans to create high-quality 3D models.
• Multi-Resolution Fusion: Allows a mixture of high, medium, or low-resolution scans in one project, improving efficiency without duplication of work.
• Compatible with Mainstream 3D Software: Exports models in various file formats, ensuring compatibility with popular 3D software for further design.

Specification

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