Engineering layout is the road map that tracks technical decisions about the product. Consistently elaborate 3D design begins with a 2-dimensional package layout to estimate a rational workspace for all of the planned elements. The 3D mechanical modeling of every component is modeled and implemented in a 3D assembly to create a complete overview of the planned product. The 3D product architecture data is used to create the product manufacturing bills of material (BOMs). STYL&TECH combines 3D assemblies with 3D GD&T to generate tolerance stack-up and clash analysis from feature to feature or part to part in the 3D assemblies. S&T creates the bridge for the part specifications and 3D GD&T leverage for parts inspection planning and reporting.
3D simulations & finite element analysis (FEA) are used by STYL&TECH on critical design elements and systems to simulate the product functionality and thereby identify and solve issues in the 3D virtual product to avoid negative impact in the real product neighboring systems after the product manufacturing stage.
Building 3D product must respect the product industry regulations. STYL&TECH integrated in its product virtual prototyping process those important simulations by reproducing in 3D the regulation requirements such as ADA, APTA, FMVSS, MDR & SAE to solve issues in the virtual prototyping process and avoid after-sales recalls.
STYL&TECH provides 2D production drawings and specifications services for parts, assembly and installation on demand, as some technical details cannot be fully described by 3D CAD for fabrication and manufacturing stages.
STYL&TECH mechanical engineering is a power user of world-class software fully compatible with other software solutions in the market :