INDUSTRIES AND APPLICATIONS
Our 3D scanning services support a wide range of workflows across both engineering and non-engineering applications, including:
• Reverse engineering and scan-based design (mechanical and organic)
• Inspection, quality control, and dimensional analysis
• Digital archiving and heritage preservation
• Museums, archaeology, and paleontology
• Facility mapping, scan-to-BIM, and layout documentation
• Reality capture, visualization, and flythroughs
We adapt our approach based on how the data will be used, ensuring the right balance of accuracy, resolution, and efficiency.
OUR APPROACH
We specialize in 3D scanning technologies and workflows—not specific industries.
This allows us to support a wide range of applications while focusing on what matters most: capturing the right data for your requirements.
With an experienced team and a broad range of equipment, we ensure that each project is approached with the appropriate technology and methodology.
PROJECT SUBMISSION GUIDANCE
To help us understand your project, you can share:
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Description of what is being scanned
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Images or reference material
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Size and complexity of the object or environment
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Intended use of the data
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Required deliverables (models, inspection reports, drawings, etc.)
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Accuracy requirements (if known)
If your project involves downstream work, let us know:
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Whether you need scan-to-CAD modelling
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Inspection or comparison to existing data
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As-is models or idealized geometry
You don’t need to have everything defined—we’ll work with you to determine the right workflow.
3D scanning is not a one-size-fits-all process. Different applications require different technologies, workflows, and levels of accuracy.
We work with you to understand your requirements and select the right tools and approach—ensuring you get the data you need for your specific application.
We utilize a wide range of 3D scanning technologies, including:
• Stationary structured light systems
• Handheld laser scanners
• Dynamic tracking systems
• Full-colour handheld structured light scanners
• Mounted LiDAR systems
• SLAM-based LiDAR systems (including Gaussian splatting workflows)
This allows us to support everything from small, high-detail components to large-scale environments and facilities.
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