Based on verified seminar data, a standard "Boost" tutorial follows these five critical steps: : Bring in 2D or 3D files (CADIA, DXF, GEO, or SolidWorks). Order Generation
: He assigned quantities and materials, and the software automatically generated the unfolding for the complex 3D parts. Precision in the "TecZone"
Once your flat pattern is verified, you can leverage the core automation engine. Select your part(s) in the Home Zone monitor. Click the prominent button on the top toolbar.
With the sheets nested, the software applies the cutting or punching parameters. Open the nested layout in . trutops boost tutorial verified
TruTops Boost is TRUMPF's flagship software designed for the 2D/3D design and programming of laser, punching, and bending machines. It merges CAD and CAM functionalities into a single, automated ecosystem. This tutorial provides a verified, end-to-end workflow to take you from a raw 3D model to production-ready NC code. Understanding the TruTops Boost Environment
: Assign material type, sheet thickness, quantity, and customer details. The software automatically flattens 3D parts and checks them against sheet metal rules.
: The software automatically validates the part for sheet metal rules, checking for issues like open contours. Based on verified seminar data, a standard "Boost"
If the icon turns orange or red, an error occurred (such as a collision risk or a missing tool profile). You must open the part in the Tech Zone to resolve it manually. Step 3: Tech Zone Manual Adjustments
Assign the and Thickness . This link ensures the software applies the correct laser tech tables later.
The software highlights collisions in red (tool-to-part or machine-to-part). Select your part(s) in the Home Zone monitor
A particularly useful verified function allows for part replacement in an existing nest after a drawing update. Here is the step-by-step process:
TruTops Boost is divided into two primary environments. Understanding these is essential for mastering the software: