PT Tensor is also present as a professional FEA (Finite Element Analysis) Simulation Service provider to help engineers, manufacturers, and developers virtually test and optimize the structural strength of their designs with a high level of precision. Amid intense industrial competition that demands fast product release times without sacrificing safety aspects, conventional trial-and-error methods involving the creation of numerous physical prototypes have become highly inefficient. Through this computerized structural analysis approach, engineering teams can predict stress distribution, strain, deformation, and potential fatigue failure in mechanical components before entering physical production lines or field assembly.

As an engineering company committed to high-quality results, PT Tensor relies on its experience since 2013 in the field of numerical simulation to provide valid and objective structural audit solutions. Our team of experts has successfully handled a wide range of complex mechanical simulation projects, from static strength testing of machine components, dynamic vibration analysis of factory structures, and vehicle crash impact simulations, to fatigue life evaluation of long-life structures. More than a decade of experience gives us the edge in understanding real-world material behavior in the field. We ensure that every generated stress contour color visualization is not just an aesthetic image, but an accurate representation of physical data that serves as a foundation for material thickness optimization, weight reduction, or selecting more efficient material types.

Validity and legal compliance are the highest priorities in every project executed at PT Tensor. We guarantee that the entire workflow—from modeling and running solvers to post-processing—is carried out using officially licensed software from world-class engineering technology developers. The decision to use legal software is crucial to ensuring that the running finite element stiffness matrix algorithms are free from hidden errors often found in pirated software. Furthermore, utilizing official software grants direct access to the latest material library updates and manufacturer technical support, ensuring that the technical reports published by PT Tensor carry strong legal credibility and are recognized by certification bodies, third-party assessors, and national as well as international industry regulators.

The FEA simulation methodology at PT Tensor adheres to strict global mechanical engineering standards to guarantee consistent and reliable results. The process begins with a CAD geometry review, during which our engineering team performs model simplification (defeaturing) by removing non-structural cosmetic details like embossed text or small radii that do not affect the main load distribution, thereby optimizing computation time. The next phase is element generation (meshing or discretization), which is the key to FEA simulation accuracy. We implement strict element size controls, perform mesh refinement in high-stress concentration areas (such as around bolt holes or sharp corners), and conduct element convergence tests to ensure the calculation results have stabilized. Restraints and external loads are then applied in accordance with worst-case, real-world operational scenarios to obtain a valid factor of safety.