Custom 3D modeling of parts, mechanisms, metal structures, and industrial equipment. We work with software including KOMPAS-3D, SolidWorks, AutoCAD, and Autodesk Inventor. Our services encompass reverse engineering, 3D digitization of physical objects, reconstruction of technical drawings, and the preparation of design documentation for manufacturing.
3D modeling enables the analysis of a product’s geometry and the spatial arrangement of its components, allowing for the evaluation of design features and the creation of a digital foundation for further engineering work.
A physical prototype is not always available to the designer or manufacturer. A precise digital model allows for remote product analysis, measurements, verification of mating parts, and the coordination of design changes without the need to constantly refer back to the original object.
Such services are particularly valuable for the restoration of spare parts, equipment modernization, import substitution, and the development of new technical products.
Given the necessary source data, we can reconstruct a product’s geometry, create a parametric CAD model, develop assembly structures, and prepare a complete set of design documentation.
Accurate 3D digitization of physical objects is utilized in mechanical engineering, instrumentation, industrial design, prototyping, additive manufacturing, and the restoration of equipment components.
Depending on the required level of precision and the object's geometry, we employ various data-acquisition methods, including contact measurements and 3D scanning.
It is important to distinguish between a purely visual 3D model and an engineering model suitable for manufacturing. An aesthetically pleasing image does not guarantee correct fits, tolerances, material specifications, or the functional viability of the product.
For manufacturing purposes, it is essential to account for requirements regarding geometric precision, surface finish, mating interfaces, material selection, and operating conditions. Reverse engineering is particularly useful when design documentation has been lost, the equipment manufacturer has ceased production of spare parts, or the original component cannot be procured within an acceptable timeframe.
Restoring a worn-out part requires more than just copying its existing surface; it involves determining the original geometry and functional dimensions.
In some cases, this process necessitates calculations, material analysis, load verification, and prototype testing.
Official website:
https://pavelsamuta.com
Samuta Engineering & Technology
Engineering development and industrial consulting.
How is the storage of digital models and design documentation organized at your company? Is there a risk of losing critical engineering knowledge if a specialist leaves or if a partnership with a manufacturer comes to an end?
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