Professional mobile 3D scanning makes it possible to capture morphological data directly from a smartphone. It gives professionals a simpler way to obtain a usable 3D model, with no dedicated 3D scanner or specialized hardware.
Using mobile photogrammetry, the captured images are transformed into a 3D model. This data can then be used for measurement, size recommendation, custom product design, or morphological monitoring.
In this article, discover how 3D scanning works, which steps are used to obtain a 3D model, and how MyFit Solutions helps professionals integrate this data into their business workflows.
What is mobile 3D scanning?
A 3D scanning solution from a smartphone
Mobile 3D scanning is a solution that makes it possible to capture a shape in three dimensions from a smartphone. With MyFit Solutions, it is used in particular to scan a body area and obtain a usable 3D model.
Unlike fixed scanners or specialized equipment, a smartphone 3D scanner does not require heavy hardware. The professional simply uses an iOS or Android compatible device, combined with a 3D scanning app.
This approach makes 3D capture more accessible. It can be used in a clinic, in store ou in clinics, stores, in the field or as part of a remote workflow, depending on professional needs.
A technology based on mobile photogrammetry
Mobile 3D scanning is based on photogrammetry. This technology consists of capturing several images of the same area from different angles.
The images are then analyzed automatically. The algorithm identifies common points between the views and reconstructs a 3D model from this data.
This method makes it possible to obtain a digital representation of the scanned morphology. The 3D model can then be associated with usable digital measurements.
A tool designed for professional use cases
Mobile 3D scanning is not limited to capture. It fits into a complete workflow: scanning, post-processing, visualization, export, and data integration into business tools.
For orthotics professionals, custom product manufacturers, or medical compression professionals, this approach helps make measurement more reliable and simplifies data exchange.
With MyFit Solutions, the smartphone becomes a professional 3D capture tool, easier to deploy and easier to integrate into existing processes.
How to scan in 3D with a smartphone
Performing a mobile 3D scan with MyFit Solutions is simple and guided. In just a few steps, the professional can capture a body area and obtain a usable 3D model.
This model can then be combined with digital measurements. The data can be used for custom product design, size recommendation, morphological analysis, or patient monitoring.
Step 1: choose the scanning experience
The professional starts by selecting the scanning experience adapted to their needs. Depending on the use case, they can scan a head, face, torso, arm, hand, wrist, leg or foot.
MyFit Solutions technology can be used through the My3D Scanner app. It can also be integrated into an existing app through the SDK, or deployed as a white-label solution.
This flexibility makes it possible to adapt the 3D scanning experience to a medical, industrial or commercial context.
Step 2: prepare the area to scan
Before capture, the area to scan must be properly positioned in the field of view of the smartphone’s rear camera. Good lighting and a neutral background help make the scan easier.
The professional then follows the on-screen instructions. The goal is to obtain a clean, usable capture adapted to 3D model reconstruction.
Step 3: capture the images from the app
During the scan, the app guides the user step by step. It automatically records several images of the scanned area from different angles.
These images are then used by mobile photogrammetry. They make it possible to reconstruct a 3D model generated to scale, faithful to the captured morphology.
Step 4: obtain a 3D model and digital measurements
Once the capture is complete, processing starts automatically. The data is post-processed to generate a usable 3D model.
The final model can be viewed on the MyFit Solutions web platform. Depending on the use case, it can also be combined with digital measurements: lengths, circumferences, volumes or other morphological data.
Step 5: use the data in business workflows
The data obtained can be visualized, downloaded or integrated into a professional workflow. It can be used in CAD software, internal platforms or design tools.
The 3D files can be exported in different formats, such as STL or OBJ. Professionals then have ready-to-use data for design, fitting, manufacturing or monitoring.
Why choose professional mobile 3D scanning?
Professional mobile 3D scanning offers several benefits for companies that need to collect reliable morphological data. It simplifies measurement while making it easier to integrate data into business workflows.
This approach can be used in orthotics, medical compression, fashion, sports, retail, or custom product manufacturing.
No dedicated 3D scanner or specialized hardware
With MyFit Solutions, 3D scanning is performed from an iOS or Android compatible smartphone. The professional does not need a fixed scanner, external sensor, or specialized equipment.
This approach reduces hardware constraints. It also makes adoption easier for teams because the experience is based on a familiar tool: the smartphone.
Easier deployment on iOS and Android
Mobile 3D scanning can be deployed more easily across several users, sites, or teams. All that is needed is a compatible smartphone and access to the scanning experience.
This simplicity is useful for practitioner networks, manufacturers, or brands that want to standardize morphological data collection. Each user can follow the same guided capture process.
Usable data for business workflows
Mobile 3D scanning is not only used to create a 3D model. It can also provide digital measurements and files that are usable in professional tools.
The data can be visualized, downloaded or integrated into CAD software, internal platforms or production systems. This makes continuity easier between measurement, design, fitting and manufacturing.
A scalable solution for teams and networks
A professional mobile 3D scanning solution must adapt to different use contexts. Clinic, store, field, home or remote workflow: capture can be performed closer to the end user.
This flexibility helps save time, reduce measurement errors and centralize data. For multi-site teams or partner networks, it is a way to deploy a more consistent and reliable workflow.
What are the applications of mobile 3D scanning?
Mobile 3D scanning can be integrated into many sectors. It makes it possible to collect morphological data for size recommendation, custom product design or body change monitoring.
This technology is designed for professionals who need reliable data that is easy to use and simple to integrate into their business workflows.
Orthotics and custom medical devices
In orthotics, mobile 3D scanning can support the design of orthoses, prostheses, or other devices adapted to patient morphology.
From a smartphone, the professional can scan a hand, wrist, leg, foot or another body area. They then obtain a usable 3D model, combined with digital measurements.
This data can help prepare the design, adjust a device or recommend a standard size. It can also be integrated into CAD tools or platforms used by manufacturers.
Compression garments and fitted products
Mobile 3D scanning can also be used for medical compression garments and fitted products. It makes it possible to capture the volumes, circumferences and shapes of a body area.
This data is useful to adapt a product to the user’s real morphology. It can help improve comfort, fit and the quality of the final result.
For manufacturers and practitioner networks, this approach makes measurement standardization easier. It can also help reduce discrepancies linked to manual measurements.
Size recommendation and product personalization
In fashion, sports, equipment or retail, mobile 3D scanning can help recommend the right product size. Brands can rely on reliable digital measurements to better guide their customers.
This approach can help reduce fitting errors and product returns. It also improves the user experience by offering a recommendation that is better adapted to each person’s morphology.
Beyond size recommendation, 3D data can also be used to design personalized products: technical clothing, shoes, helmets, protective equipment or custom accessories.
Morphological monitoring and patient data
Mobile 3D scanning can also be used to monitor a patient’s morphological evolution over time. By comparing several scans, professionals can observe changes in shape, volume or posture.
This approach can be useful after surgery, during rehabilitation or in the context of certain progressive conditions. 3D scanning does not replace standard medical examinations, but it can provide complementary data.
Thanks to its mobility, mobile 3D scanning can also support certain remote use cases. Data can be collected more easily, then centralized and used in a secure professional environment.
My3D Scanner: a professional mobile 3D scanning app
My3D Scanner is the mobile 3D scanning app developed by MyFit Solutions. It allows professionals to capture a body area from a smartphone and obtain a usable 3D model.
The app is designed for companies that want to integrate mobile 3D scanning into their processes: measurement, size recommendation, custom product design or morphological monitoring.
Mobile app, SDK or white-label solution
Depending on the need, MyFit Solutions technology can be used in several ways. Professionals can use the My3D Scanner app, integrate the SDK into their own app or deploy a white-label experience.
This flexibility makes it possible to adapt mobile 3D scanning to different contexts: healthcare, orthotics, medical compression, retail, sports or custom manufacturing.
A solution connected to the MyFit Solutions platform
The scans performed can be accessed on the MyFit Solutions web platform. Professionals can visualize 3D models, access digital measurements and use the data in their business workflows.
The solution therefore makes data centralization easier, while supporting integration into professional tools and large-scale deployment.
