Company Profile: Vizoo — Making Physical Fabric Machine-Readable
· Last updated:Every 3D garment render is only as accurate as the material data behind it. Vizoo, a Munich-based hardware and software company, has built a focused solution to one of the most persistent bottlenecks in digital fashion: converting a physical fabric swatch into a file that a simulation engine can actually use. This profile draws on publicly available information about the company, its xTex scanning system, and the workflow it enables.
Key takeaways
- Vizoo's xTex scanner captures the optical and physical properties of fabric swatches and exports them as simulation-ready material files.
- The system is designed to sit at the start of a 3D pipeline, feeding data into tools used for virtual sampling and product development.
- Accurate digital materials reduce the number of physical samples a brand needs to produce, which has measurable cost and lead-time implications.
- Vizoo integrates with established 3D fashion software, making it a connective piece rather than a standalone platform.
- Building a reusable digital material library from scanned swatches is the long-term value proposition — not just individual renders.
What problem does Vizoo actually solve?
If you have spent time in a 3D garment workflow, you already know the frustration. A designer selects a fabric. The technical team needs to represent that fabric digitally — its colour, surface texture, translucency, and physical behaviour under tension. Without measured data, someone has to approximate those properties by hand, tweaking sliders in a simulation tool until the render looks roughly right. That process is slow, subjective, and not repeatable. When the same fabric appears in next season's range, someone starts the approximation again from scratch.
The deeper problem is that physical swatches and digital files have historically lived in completely separate worlds. A swatch card in a showroom carries no metadata a computer can read. A fabric supplier's PDF spec sheet might list weight in grams per square metre, but it tells a simulation engine nothing about how light scatters across the weave or how the material drapes under gravity.
Why manual workarounds fall short
Some teams try to source pre-built material libraries from software vendors. Those libraries are useful for generic references — a plain cotton, a basic denim — but they rarely match the specific fabric a brand has sourced from a particular mill. Others rely on visual approximation by experienced 3D artists. That works at small scale but does not survive a team change, a supplier switch, or a push toward consistent cross-channel presentation. Neither approach produces a reusable, measurable asset tied to a specific physical material.
How does the xTex scanner work?
Vizoo built the xTex as a dedicated fabric scanning device. The workflow, as the company describes it publicly, moves through several distinct stages.
1. Place the swatch. A physical fabric sample — typically a flat piece of material — is placed on the scanner bed. The xTex is designed to handle a range of fabric types, from smooth wovens to textured knits.
2. Capture optical data. The scanner uses structured light and multi-angle imaging to capture the surface appearance of the fabric: colour, gloss, surface normal variation, and translucency. This goes beyond a flat photograph; it records how the surface responds to light from different directions, which is what gives a 3D render its sense of depth and texture.
3. Process into material maps. The captured data is processed into a set of material maps — typically including diffuse colour, normal, roughness, and transmission maps — that conform to the formats used by 3D rendering and simulation engines. These maps are what allow software to reconstruct the visual behaviour of the fabric without the physical object being present.
4. Export to pipeline. The resulting files are exported in formats compatible with downstream tools. Vizoo has documented integrations with simulation and rendering software used in the fashion industry, meaning the output is intended to be dropped directly into an existing workflow rather than requiring conversion.
5. Archive as a library asset. Once scanned, the material exists as a digital asset that can be retrieved, reused, and shared. Over time, a brand or supplier builds a library of measured materials — each tied to a specific fabric from a specific source.
What the scanner does not do
It is worth being clear about scope. The xTex captures optical and surface properties; it is not a mechanical testing instrument for properties like tensile strength or stretch recovery in the way a dedicated fabric testing lab would measure them. For full physical simulation — how a garment drapes and moves — the mechanical parameters still need to come from physical testing or from the simulation software's own material measurement tools. Vizoo's output is strongest on the visual fidelity side of the equation.
Where does Vizoo sit in a 3D fashion pipeline?
Vizoo is not a 3D design tool and it is not a PLM system. It is most accurately described as an input layer — the point where the physical world becomes digital data.
In practice, that means the xTex typically sits upstream of the tools where garments are actually built and simulated. Platforms like Browzwear's VStitcher, for example, allow technical designers to construct and simulate garments in 3D; accurate material data fed from a scanner like the xTex improves the fidelity of those simulations. Similarly, companies working on fabric simulation and material intelligence — such as Seddi, whose Textura product focuses on digitising fabric behaviour — address overlapping parts of the material data problem, though with different technical approaches and business models.
Digital fabric platforms like Frontier.cool represent another adjacent category, focused on how digital material data is shared and discovered across the supply chain rather than on the scanning hardware itself.
Understanding where Vizoo fits means understanding what it does not replace: it does not replace the 3D design tool, the PLM, or the collaboration platform. It makes all of them more accurate.
| What it is | Best for | Limits |
|---|---|---|
| Vizoo xTex | Fabric scanning hardware + material map output | Brands and suppliers building reusable digital material libraries |
| 3D simulation software (e.g. VStitcher) | Garment construction and drape simulation | Teams doing virtual sampling and fit review |
| Fabric simulation / material intelligence (e.g. Seddi Textura) | Digitising fabric physical behaviour for simulation | Brands needing full material characterisation including mechanical properties |
| Digital fabric platforms (e.g. Frontier.cool) | Sharing and discovering digital material data across supply chain | Suppliers and brands managing large material catalogues |
Who is Vizoo for?
The primary users, based on how the company positions itself publicly, fall into two groups.
Fabric suppliers and mills that want to provide their customers with digital material files alongside physical swatches. For a mill, being able to send a measured digital file rather than waiting for a brand's team to scan or approximate the fabric is a meaningful service differentiator. It also reduces back-and-forth during the sampling process.
Brands and retailers building internal digital material libraries. A brand that sources from many suppliers and runs multiple seasons benefits from having a consistent, measured archive of the fabrics it uses. When a fabric returns in a future season, the digital asset is already there. When a designer wants to visualise a colourway change, the base material data does not need to be recreated.
Technical leads evaluating the xTex should think about the library question first. A single scan is useful; a library of hundreds of measured materials, consistently captured and archived, is what changes the economics of 3D sampling at scale.
What should you check before committing to a scanning workflow?
Based on what is publicly known about how these systems work in practice, a few questions are worth working through before building a scanning workflow around any hardware:
- Format compatibility. Confirm that the material map formats the scanner exports match what your simulation software actually ingests. Most major tools accept standard PBR map sets, but integration depth varies.
- Sample size and preparation. Understand the minimum swatch size the scanner requires and whether your supplier sampling process can accommodate it consistently.
- Throughput. If you are planning to scan an entire seasonal fabric range, understand how long each scan takes and what the realistic throughput is for your team.
- Archiving and access. A scanned material is only as useful as your ability to find and retrieve it. Plan the library structure before you start scanning, not after.
- Mechanical data gap. If your 3D workflow requires full physical simulation including drape and movement, identify how you will source the mechanical parameters that optical scanning does not capture.
FAQ
What file formats does the Vizoo xTex export? The xTex produces material map sets — including diffuse, normal, roughness and transmission maps — in formats compatible with major 3D fashion and rendering tools. Specific format details are best confirmed directly with Vizoo, as compatibility updates with software versions.
Can the xTex scan stretch fabrics and knits, or only wovens? Vizoo publicly describes the xTex as capable of handling a range of fabric types. In practice, highly textured or very open-structure knits present more complexity for any optical scanner; teams working primarily with those constructions should request a demonstration with representative samples.
Does Vizoo provide the simulation software, or just the scanner? Vizoo's product is the scanning hardware and the software that processes scans into material files. It integrates with third-party 3D and simulation platforms rather than replacing them.
How does a digital material library reduce sampling costs? When accurate digital material data exists before a physical sample is made, designers and technical teams can evaluate colourways, textures and garment constructions virtually. Brands we speak to report that reducing even a fraction of physical sampling rounds has a meaningful effect on lead times and material waste.
Is Vizoo suitable for small studios or only large brands? The xTex is a capital investment in hardware. It makes most economic sense for organisations scanning materials at volume — large brands, mills, or shared-access facilities. Smaller studios may find it more practical to work with suppliers who already have scanning capability, or with platforms that aggregate pre-scanned material data.