CAD Automation

Introduction Engineering and manufacturing teams often use different software systems to manage product design, engineering data, inventory, purchasing and production. While engineers work with CAD

Introduction Engineering teams often spend hours repeating the same CAD tasks, updating dimensions, generating drawings, exporting DXF files, and preparing Bills of Materials (BOMs). These

Introduction Engineering automation is most effective when it does more than repeat mouse clicks. The real value of rule-based CAD automation comes from converting established

Introduction Mechanical engineering teams often spend significant time on repetitive CAD tasks that do not necessarily require manual engineering decisions. Creating manufacturing drawings, updating title

Introduction Manufacturing and engineering teams often spend a significant amount of time performing repetitive tasks inside SolidWorks. Creating similar parts, updating dimensions, generating drawings, exporting

Introduction For sheet metal manufacturers, generating CNC-ready data is often one of the most repetitive stages between engineering design and production. An engineer may need

Introduction Engineering teams continuously strive to deliver better products in less time while maintaining quality and controlling costs. However, many manufacturers still rely on manual

Overview Manufacturers producing configurable products often face a common engineering bottleneck: generating production drawings for every product variant. Even when the 3D model is parametric,

Introduction Every engineering company reaches a point where repetitive CAD work begins consuming more time than actual engineering. Engineers repeatedly create similar parts, update drawings,

Introduction In sheet metal manufacturing, engineers often spend countless hours generating flat pattern DXF files, creating fabrication drawings, updating dimensions, exporting PDFs, and organizing production