Dimensional Control Systems, Inc. Press releases
Sep 07, 2016
Dimensional Control Systems will be showcasing a complete PLM solution for Tolerance Analysis and Automated SPC at the International Manufacturing Technology Show in Chicago
May 16, 2016
Dimensional Control Systems is releasing 3DCS for NX, the new version of 3DCS Variation Analyst fully integrated in Siemens NX CAD platform and is revealing this new product at Siemens PLM World.
May 11, 2016
Dimensional Control Systems is attending PLM World May 16th - 19th to demonstrated 3DCS for NX, a fully integrated variation analysis tool for Siemens NX CAD platform.
Apr 11, 2016
Dimensional Control Systems is announcing its new version of 3DCS Variation Analyst, now fully integrated in Siemens NX CAD system at SAE World Congress 2016 April 12-14 at Cobo Center, Detroit, Michigan.
Apr 07, 2016
Donald Jasurda, Vice President of Sales at DCS, is giving the presentation Optimizing Weld Sequences of Automotive and Aerospace Structures Using CAD Based Finite Element Analysis (FEA) at SAE World Congress and Exhibition.
Sep 10, 2015
Dimensional Control Systems is presenting at the 2015 SAE AeroTech Conference methods of using process capability as an identifier of process variation in aerospace manufacturing
Jul 22, 2015
Dimensional Control Systems releases the latest version of its flagship tolerance analysis software 3DCS Variation Analyst
May 28, 2015
Dimensional Control Systems is showcasing its plant floor SPC software solution that provides important decision making information to key stakeholders in manufacturing.
Apr 17, 2015
Dimensional Control Systems will highlight the benefits of using automated process capability analyses to improve quality assurance of major aerospace components throughout the product life cycle in order to reduce costs of quality.
Apr 16, 2015
Dimensional Control Systems will be demonstrating at the SAE 2015 World Congress and Exhibition in Detroit on how 3D simulation and finite element analysis can be combined to reduce the effects of process variation on automotive assemblies.