Access a vast collection of over 700,000 standardized components for ISO, ANSI, DIN, JIS, BSI, CSN, and GB standards. Through the Content Manager, create and save custom parts and features to expand your personal library. This streamlined approach ensures precise drawings and reduces repetitive design tasks.
Eliminate the need for manual layer creation by using specialized commands that automatically generate mechanical layers. This time-saving feature helps maintain consistent drawing organization and keeps you focused on core engineering work.
Use dedicated commands to automate mechanical engineering tasks, including managing Bills of Materials, part lists, associative balloons, and part references. Regain complete control over your manufacturing data, reducing potential errors and ensuring faster project turnaround.
Enhance productivity with dynamic dimensioning tools that let you quickly set preferences via compact dialog boxes. Establish power dimensioning options aligned with your current standard, enabling precise measurements in less time.
Access a ready-to-use library of pre-configured symbols for geometric dimensioning and tolerancing. Save custom symbols for welding, surface texture, and more—ensuring consistent, standardized annotations across every project.
Use formulas in leader notes (AMNOTE) to auto-populate contextual information for selected objects. Choose from predefined templates to instantly highlight relevant data, saving you the hassle of manual labeling.
Easily personalize drawing borders and title blocks to fit your unique requirements. Since these elements exist as individual .dwg files, you can copy, modify, and integrate them seamlessly into your workflow.
Boost drafting efficiency with specialized mechanical design tools. Take advantage of features like Centerline, AMSHIDE, Hole Charts, and the Scale Area for Viewports to deliver clear, accurate drawings faster.
Combine automated part creation with built-in analytics to streamline your engineering process. Perform essential 2D calculations - such as finite element analysis (FEA), shaft calculations, and moment of inertia - directly within your design environment.