Shining 3D

OptimScan Q9


OptimScan Q9: Metrology-Grade Accuracy with Optimised Data Efficiency

The OptimScan Q Series evolves with the all-new Optimum Scan Q9—delivering the perfect balance of precision and processing speed for industrial inspection.

At 3D Printer Superstore, we understand the challenge professionals face in quality control: achieving certified metrology accuracy without being slowed down by unmanageable file sizes. The OptimScan Scan Q9 is the engineered answer to this industry need, offering a high-performance workflow that streamlines inspection without compromising on data quality.

Product Overview

Built on the trusted architecture of the Optiman Q Series, the Q9 shares the rigid blue LED structure and high-accuracy workflow of the flagship Q12. However, the Q9 distinguishes itself with an optical system optimised for efficiency.

Featuring four 9-megapixel cameras, this metrology-grade 3D scanner delivers point distances of 0.11 mm and 0.05 mm. This configuration creates the "sweet spot" for industrial inspection—generating surfaces that are significantly lighter and faster to process than ultra-dense datasets, while maintaining the rigorous accuracy required for quality assurance.

Key Features & Benefits

  • Optimised Capture System: Equipped with four 9MP cameras for high-resolution data capture without data bloat.

  • Efficient Workflow: Produces manageable file sizes for faster post-processing and reverse engineering.

  • Blue LED Technology: rigid structure ensures stability and thermal resistance for consistent metrology results.

  • Versatile Resolution: Offers point distances of 0.11 mm and 0.05 mm to suit varying detail requirements.

Ideal Applications

The Optimum Scan Q9 is engineered for complex industrial parts where surface accuracy is paramount, but data weight is a concern. It is the ideal solution for inspecting:

  • Complex Geometry: Impellers, turbine blades, and spiral components.

  • Manufactured Parts: Cast and formed components.

  • Diverse Materials: scan efficiently across plastic, metal, and composite surfaces.

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