Batch plotting is an AutoCAD feature that allows you to print multiple drawing files in a single operation. This feature is particularly useful for architects, engineers, and construction professionals when printing large document sets quickly and efficiently. Instead of opening each drawing file and printing it individually, batch plotting automates the process, saving time and reducing the chance of formatting errors.
By understanding the batch plotting feature and how to use it well, you can streamline your workflow and significantly boost productivity.
Batch plotting is handy any time you need to print multiple documents at once. Here are a few common situations where many AEC professionals utilize this feature.
Before you can get started with the batch printing feature in AutoCAD, you’ll need to prepare your drawings properly. To do so, you’ll need to organize your files, configure page setups, and ensure everything is ready for smooth plotting.
When preparing to use batch plot, the first thing you need to do is create a dedicated folder for the drawings that you want to plot. Doing this will help keep your files organized and make them easier to manage throughout your project. To create a working folder:
Page setups define how our drawings will be plotted. They include paper size, plot area, plot styles (CTBs), and plotter configuration. Setting up these parameters correctly is critical for consistent output. To create a page setup:
Once your drawings are in the proper folder and you have set up your desired page layouts, it’s time to start the batch plotting process by opening the Publish dialog box.
After the Publish dialog box is open, you can configure various settings to ensure your batch plot fits your needs.
Managing our drawing sheet list efficiently ensures that all drawings are plotted correctly.
With everything set up, you’re finally ready to plot your drawings. However, it is always a good practice to give all of your pages one last glance over to find any mistakes or formatting errors that may have slipped through the cracks during your setup.
After batch plotting, it’s crucial to perform a quality check to ensure all drawings are printed correctly.
If you encounter any problems, consider these troubleshooting steps:
By following these simple steps, you can effectively batch plot in AutoCAD, ensuring your drawings are printed correctly and consistently.
This saves you valuable time and helps maintain a professional standard for your projects. Whether you’re working on a small set of plans or a large project, mastering batch plotting in AutoCAD is a valuable skill that enhances productivity and the overall quality of your work.
Modern architecture and engineering projects are complex endeavors that require a significant amount of human resources. However, as we progress further into the digital age, we are seeing the release of more tools designed to automate tedious processes and make designing projects and structures simpler than ever.
In this article, we will explain design automation, how to implement it, and how it can give design and engineering firms a competitive advantage by cutting costs and reducing turnaround times.
Design automation involves using software tools and systems to automate repetitive tasks in the design process typically executed by CAD technicians. These tools, often referred to as Electronic Design Automation (EDA), allow for the creation, modification, analysis, and optimization of designs with minimal human intervention.
Popular design automation tools that facilitate EDA include Autodesk products like AutoCAD and Revit, as well as CadWorks by SolidWorks. In applications like custom product development and automotive design, electronic design automation has the potential to streamline design workflows by significant margins.
AI (artificial intelligence) and machine learning have also become integral to modern design automation. These technologies help maximize efficiency and minimize errors by enabling predictive analysis and intelligent decision-making. By learning from past designs and continuously improving, AI-driven design automation tools can provide more accurate and optimized solutions, further enhancing productivity and reducing the likelihood of costly mistakes.
While design automation will vary from firm to firm, generally, there are five key components of effective EDA: CAD customization, rule-based automation, API integration, parametric modeling, and automated documentation.
Parametric modeling often exists within BIM (building information modeling). For example, in Autodesk Revit, parametric model groups are called families, which can be created, imported, or modified at any point in the design process to ensure consistency.
Successfully implementing design automation into a design workflow requires a strategic approach. Here are five steps engineering teams can take to get started with EDA.
Start by evaluating your existing design workflows to identify areas that can benefit from automation. This assessment should include:
Selecting appropriate design automation tools can make or break design automation. Before purchasing software, consider the following:
Custom automation scripts are central to CAD customization. Start with the following steps:
Training your engineers and CAD technicians is crucial for successfully implementing design automation. An effective training program includes:
Deploy your automation tools and continuously monitor their performance. Key actions include:
Design automation offers numerous benefits specific to the design and engineering fields. By integrating advanced tools and technologies into your daily workflows, you can significantly enhance the efficiency, accuracy, and scalability of your projects.
Design automation, with its focus on CAD customization, has the potential to maximize the output of digitally designed products. One study published by SolidWorks suggested that by implementing EDA and standardizing CAD practices, some product manufacturers could accept roughly 30% more orders. If you’re interested in the benefits of design automation for your company, check out Autodesk’s Product Design and Manufacturing Collection, where you’ll find all the tools you need to streamline your workflows with EDA.
Interested in seeing what the new Autodesk 2025 features can do for you? Microsol Resources hosts these annual webinar series on What’s New with Autodesk that showcase and highlight the newest features of the various Autodesk products on the different versions.
You can sign up for these webinars and watch the webinar recordings of each (see below) to learn about the new features in action and learn some share tips and tricks along the way. In this article, we will share the links.
Recorded Webinars
Upcoming Webinars
AutoCAD is built to accelerate your creativity. It enhances your 2D and 3D design experience with features that unlock insights and automation with the help of Autodesk AI.
Watch Maria Adames from Microsol Resources to see how to stay connected with one AutoCAD experience on desktop, web, or mobile—to capture, share, and review ideas on the go. By watching this video, you will learn more about:
Explore AutoCAD’s latest features with performance enhancements and start designing for today’s and tomorrow’s challenges with the power of AutoCAD.
Watch Roger Liucci of Microsol Resources for a rundown of the latest features for architecture, structure, MEP, and more. We cover the new capabilities for building performance and carbon analysis, new releases for Revit data and content management with Autodesk Docs, the latest for open workflows and interoperability, and more highlights.
Revit 2025 adds new and enhanced capabilities to help all Revit users design, detail, document, and coordinate their projects with better quality and improved efficiency. This release has features that will boost your productivity, streamline collaboration, and empower you to design for a sustainable future.
Here are the top 2025 featured enhancements for Revit:
How do you leverage project data from schematic design to construction administration? How do you avoid siloed information?
Join Maria Adames from Microsol Resources on May 14th to explore the versatile workflows available in the Autodesk Construction Cloud (ACC).
From design, preconstruction planning to post-construction collaboration, the ACC offers a comprehensive suite of tools designed to facilitate project management and enhance productivity. Learn how the ACC enables seamless communication and coordination among project stakeholders and discover best practices for implementing ACC workflows within organizations. This webinar will provide valuable insights to help optimize project processes and achieve better outcomes.
During this webinar, attendees will:
To register, click here!
How do you manage your AutoCAD design data across projects? How do you ensure your team can access the latest project updates?
Autodesk Docs is a Common Data Environment (CDE) that centralizes project information across the Autodesk Construction Cloud and supports collaboration in AutoCAD.
Join Maria Adames from Microsol Resources at our webinar and learn how to maximize productivity and creativity with AutoCAD and Docs’ powerful design tools and features. Together, we will explore the features that will allow you to:
To register, click here!
Microsol Resources will bring you the latest information on Autodesk products so be sure to always follow our TECH Resources, YouTube, and other social media channels to stay up to date.
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