3D Data Acquisition Methodology: How to Guarantee Reliable Data for Your R&D
Discover the 3 pillars of 3D data acquisition: rigorous methodology, ISO 5725 precision, and choosing between smartphone scalability or dedicated scanners.
Read article >3D Data Blog & Articles
Discover our latest technical publications on 3D morphological data acquisition, precision standards, and R&D methodologies.
3D Mesh Precision and 3D Dataset: The 3 Criteria for Choosing Your Data
Why mesh resolution isn’t everything: discover geometric integrity (watertight mesh), protocol repeatability, and metadata enrichment.
Read article >Frequently Asked Questions
What makes a 3D data acquisition methodology reliable?
It relies on a documented and reproducible protocol (positioning, management of reflective areas, post-processing), aligned with recognized standards such as ISO 20685-1, and scientifically validated.
Should I use a smartphone or a dedicated 3D scanner?
It depends on the need: smartphones offer unprecedented scalability for large volumes, while dedicated scanners remain the reference for very fine anatomical details.
How is the accuracy of a MyFit Solutions dataset validated?
Through an independent study conducted according to the ISO 5725-1:2023 standard, comparing our models to a reference medical scanner on a panel including pathological morphologies.
In what format is the data delivered?
Depending on your needs, we deliver raw or pre-meshed data, along with associated metadata (ethnicity, geographical region, gender, age).
A 3D dataset project?
Our experts will get back to you quickly to evaluate your needs in meshing, volume, or segmentation.
Response within 24 business hours
