Trutops Boost Tutorial Verified - ((exclusive))

: Real-time collision monitoring in TecZone Bend helps avoid costly machine damage or ruined parts.

The internal radius matches no available V-die, or tonnage limits are exceeded.

This is the core of the tutorial. We will process a batch of 200 mild steel parts (2mm thickness) with maximum density.

By following this comprehensive tutorial, you'll be well on your way to optimizing your TruTops machine's performance and achieving your production goals. trutops boost tutorial verified

Use the automated "Boost" function for 85% of your standard work, allowing you to dedicate your valuable engineering time to the 15% of parts that feature complex geometries or heavy forming.

Import 2D/3D geometries (DXF, STEP, CAD, etc.). Create an order in the Home Zone by defining material, thickness, and quantity.

: Bring in your geometry from various formats like DXF, GEO, or 3D files (SolidWorks, CATIA, etc.). : Real-time collision monitoring in TecZone Bend helps

When a nest or toolpath needs manual refinement, you must enter the 2D TecZone environment. Optimizing Nesting Layouts Double-click the nested sheet to open .

: Click on New Order in the top action bar.

Following these steps allows for rapid NC generation from 2D or 3D files: We will process a batch of 200 mild

: For written instructions on 2D and 3D geometry creation, use the TruTops Boost Design 2D Guide .

Run the 3D simulation to check for collisions or improper cutting paths.

Split the tool station setup to create windows for deep flanges to return safely.