3D scanning
We renovate, digitize and optimize – all with millimeter accuracy
3D scanning is the process by which a physical part is digitally captured using a special scanner, which measures the shape, dimensions and geometric details of the object with extremely high precision (up to 0.1 mm).
Basically, the scanner "reads" the surface of the part, point by point, and creates a faithful digital copy in the form of a three-dimensional model. This copy can be:
saved as a mesh (STL/OBJ) for 3D printing, archiving or analysis
transformed into a CAD model (STEP/IGES) for CNC machining, design or documentation restoration
It is ideal for:
used parts or without data sheets
one-off components
reverse engineering
restoring broken, deformed or difficult-to-measure parts
We scan. We digitize. We rebuild.
And you receive a part ready to be redesigned, printed or produced.
How the process works
Send a picture or description of the part for a quote
Send us the part physically or we come to the location
We 3D scan it and extract the geometry
We deliver the digital files in the desired format
🕒 Delivery time: 2–5 business days
📁 Deliverable formats: STL, OBJ, STEP, IGES, PDF (as applicable)
Want a 3D scanned piece? Send us a picture on WhatsApp or fill out the online form.
What we offer through 3D Scanning
We transform real parts into precise digital models, ready for production, reconditioning or 3D printing.
Whether it's a broken, worn or unplanned part, we scan it with millimeter accuracy and provide you with the files you need: STL, OBJ, STEP or full CAD.
We scan more than just parts – we capture complete assemblies
At G22 Engineering, we don’t just scan individual parts.
We can also scan functional assemblies, either partial or complete, to:
analyze component fit
propose modifications or improvements
integrate new functions, systems or upgrades
This approach is ideal for:
technical optimizations without original plans
modernizations of existing equipment
development of products compatible with existing assemblies
With the help of high-precision 3D scanning, you get a complete picture of the technical reality — ready for redesign, adaptation or documentation.
