Explore the capabilities of CADPower with our command-by-command demo Set. This collection includes downloadable sample drawing files and instructional videos designed to showcase the practical features and productivity tools available in CADPower.
✅ Download Demo Drawing Files ✅ Watch Step-by-Step Video Tutorials ✅ Learn How CADPower Enhances Your CAD Workflow
Whether you’re a new user or a veteran wanting to learn more about CADPower for your team, this demo set provides a hands-on experience of the tools that simplify and speed up your CAD drafting tasks.
Start exploring CADPower today – download the files and watch the videos to see it in action!
Incrementing, automated text, MLEADER and block attribute placements.
Creates range texts suitable for schedules, enables smart updates in series, mimics the TCOUNT command of AutoCAD +++ more!
Compute and report areas of closed polylines, export to Excel, and create detailed polyline statistics.
Creates CAD tables, also supports island polygons, net area computations.
A topology building tool that creates an automatically detected boundary around a point. This tool extends the BOUNDARY command in DWG CAD to offer multiple options like numbering, centrodal points creation , CADPower object data table tagging etc.
The CP_BOM command aowkrs on this GIS utility drawing that has named blocks, and creates a neat summary of the block count, cost, and tine estimates for the assets. A BOM-BOQ feature of CADPower.
The CP_BOM command works on this architectural drawing that has blocks with attributes, and demonstrates the ability to create a schedule based on attribute values
The CP_BOM command works on this manufacturing industry sample drawing that has blocks with names, and demonstrates the ability to create a schedule based on block names, cost and time parameters.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_CONVERT2EXCEL command is yet another AI-based tool that scans trough a table of unconnected text and arrangaes then into columns which are then exported as Excel data.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.
The CP_BOM command works on this architectural drawing that has dynamic blocks, and demonstrates the ability to create a schedule based on visibility states values.