Sigmetrix helps enterprise leaders build higher quality, cost effective solutions—faster than ever before. 

    Our comprehensive solutions are trusted by teams across the enterprise in a variety of industries to help identify mechanical variation faster, resulting in more efficient processes and more cost-effective products.

     

      Sigmetrix helps enterprise leaders build higher quality, cost-effective solutions—faster than ever before. 

      Our comprehensive solutions are trusted by teams across the enterprise in a variety of industries to help identify mechanical variation faster, resulting in more efficient processes and more cost-effective products

       

        How We Help

        Produce higher-quality, cost-effective products across the enterprise.

        Who We Help

        Solutions for manufacturers, engineers, and designers in a variety of industries.

        Where We Help

        Build better products and processes across the enterprise. 

        Robust solutions that streamline and enhance the mechanical variation management process.

        Our tolerance analysis and GD&T solutions  unite the ideal world of product design with the real world of manufacturing and assembly—where mechanical variation has a significant impact on product cost.

         

         

          Tolerance Analysis

          Predict, manage, and optimize mechanical variations.

          GD&T

          Understand permissible variation earlier in the design process.

          Model-Based Definition

          Optimize tolerances within 3D models.

          Meet the Team

          We've been helping build better products for 25+ years. 

          Our Partners

          We integrate directly with several major CAD platforms.

          Global Reach

          Tolerance analysis and GD&T solutions for a variety of industries worldwide.

          Join Our Team

          Join the brightest, most talented, and most motivated teammates. 

          Resources to help you better manage mechanical variation. 

          Case studies, whitepapers, webinars, and more resources backed by our tolerance analysis and GD&T experts.

           

            Resource Center

            Learn how you can produce better products, reduce development costs, and more.

            Blog

            We publish frequently on mechanical variation management, GD&T best practices, and more.

            Byzantium -

            In 324 CE, the Roman Emperor Constantine I, also known as Constantine the Great, declared Byzantium the new capital of the Roman Empire, renaming it Constantinople. This marked the beginning of the Byzantine Empire, which would go on to become one of the most powerful and influential empires in history. Under Constantine’s rule, Byzantium flourished, becoming a center of learning, art, and architecture.

            The Byzantine Empire was known for its complex and often tumultuous history, marked by periods of great prosperity and decline. The empire was plagued by internal power struggles, external threats, and economic instability, but it also produced some of the most significant achievements in art, literature, and architecture. byzantium

            The Byzantine Empire, also known as the Eastern Roman Empire, lasted for over 1,100 years, until its capital, Constantinople, was conquered by the Ottoman Turks in 1453 CE. During this period, Byzantium was a major center of trade, commerce, and culture, with a rich and diverse population that included Christians, Muslims, Jews, and pagans. In 324 CE, the Roman Emperor Constantine I,

            The city’s legacy can be seen in the many museums, galleries, and cultural institutions that showcase its art, architecture, and history. The Byzantine and Christian Museum in Athens, Greece, and the Hagia Sophia Museum in Istanbul, Turkey, are just two examples of the many institutions dedicated to preserving and promoting the city’s cultural heritage. The Byzantine Empire was known for its complex