3D Material Scanning

Capture every flat material down to the finest detail with our advanced 3D material scanning technology.

Looking to digitise a flat material with precision, or need a highly detailed digital representation of a product? With our high end Metis Scanner, the only one in the Benelux, we scan fabrics, materials and objects in 3D at the highest quality.

Ultra precise and colour consistent in optimal lighting conditions

With no fewer than 8 light sources and a unique sensor, our system captures every detail and colour with exceptional accuracy. The result is a precise digital copy of the original product or material.

8 light sources to ensure a consistent illumination.

Large volumes and surfaces are no problem.

High quality results in record time

You deliver a product or material sample, we scan it

1 scan moment, infinite display possibilities

99% accurate and uniform representation

Colour neutral scan for reliable visual representation

More about our approach

The most accurate digital copies of the original material

Using various scanning techniques, we create precise copies of the original material. We use advanced scanning systems to produce exceptional scans of your items. Size, weight, or material type is no limitation for us.

Tell us about your material

We can scan virtually any surface

What type of surface can we digitise? Almost any material you can think of. Have a special specimen? We look forward to seeing and scanning it! The most common materials include:

Wood, fabrics, stone
Tiles, bricks, metals
Plaster, concrete, facade stones
And many more

Tell us about your material

Immediately usable in virtually any 3D software

Our 3D scans are delivered as PBR materials (Physically Based Rendering), the standard for digitising materials in all 3D software such as SketchUp, 3D Studio Max, Blender, Cinema 4D and more.

From architects to designers and product developers, everyone in the industry uses PBR. This detailed standard ensures realistic and accurate simulation of reflectivity, roughness, and texture of every material, in all lighting conditions.

Discover the advantages of digital materials

To represent your product reliably in a digital way through renders or a configurator, your materials need to look real. Our 3D scans and digital materials open up innovative marketing possibilities that go far beyond traditional product photography.

Showcase the advantages of your unique material or product in stunning, highly detailed images.

Render your 3D scan in original product videos and presentations.

Create breathtaking VR experiences where you showcase your product or material in different settings.

Experience our unique scanning technology

Want to see what our technology can do for your business? Book a demo and discover the advantages of 3D Material Scan. Ready to get your materials scanned? Contact us and schedule an appointment.

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Frequently asked questions

Find answers to common questions about our scanning process and file formats.

Can't find your answer?

Get in touch with us for more information.

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Our system uses 8 light sources for highly detailed capture of 3D material data. The image sensor is one of a kind, delivering exceptionally consistent and colour accurate results. We have tested other systems on the market over the past 5 years, but none have come close to the results we achieve today.

PBR stands for Physically Based Rendering. The material mimics real world physical properties as closely as possible, giving you a true to life material in the virtual world.

A digital twin of an object or material is an exact virtual copy. The closer it matches the original, the more realistic it looks in visualisations, configurators, websites, and beyond.

With 20 years of experience in photography, we have never achieved results like we do with our scanner. Uniform lighting, exceptional detail capture, consistent output, and many other factors make scanning the clear choice.

Over 90% of materials can be scanned. We still use alternative techniques for specific cases, but scanning is by far the preferred method.