Sigmetrix’s CETOL 6σ tolerance analysis software integrates with leading CAD solutions to provide comprehensive 3D model-based tolerance analysis. CETOL 6σ provides invaluable insights to the impact of part and assembly variation using advanced mathematical solutions, enabling designers and engineers to easily address multi-dimensional problems within their native CAD environment.
Identify key contributors to product failure through simulation, before you begin your manufacturing process.
Utilise precise algorithms to determine variation along ISO or ASME standards.
Utilise ISO GPS symbols and notations built directly into CETOL 6σ.
Account for variation across complex curvatures and surface interactions.
Seamlessly integrate your tolerance analysis within your SOLIDWORKS, Creo, NX and Catia design workflows.
Import existing tolerances and definitions into your analyses, and retain the link to the CAD so that tolerance improvements in CETOL 6σ get fed back into the model.
Root cause analysis of designs through a structured analytical process. Create savings on manufacturing costs and improve your time to market through right-first-time design.
Simulate tolerances through realistic assembly conditions
Use not only CETOL 6σ’s advanced calculations, but also its detailed modelling tools to accurately recreate the true assembly steps.
Save your engineers time and energy through a structured model building approach.
Build on top of existing models to add additional analyses into one file.
Define multiple configurations for your assemblies and simulate the impact of your tolerances on all simultaneously.
Dimensional variation can undermine product performance and reliability. STRIDE’s CETOL 6σ training equips your engineers’ with advanced Computer-Aided Tolerancing skills to accurately simulate and analyse 3D tolerance stacks. By identifying and addressing variation early, your team can make informed design adjustments, reduce rework, and improve quality all while cutting costs
Book a discovery session today.