Trutops Boost Tutorial Verified – No Login

Use the tool to visually reorder steps 1 through

The first step for any new part is to import your 2D or 3D geometry using . A common challenge is dealing with "broken" 3D models (e.g., faulty geometry, misaligned surfaces).

: Click the Release or Generate NC button. TruTops Boost translates the visual nesting layout and bend sequence into raw machine language (G-code/LST files).

The system optimizes sheet utilization. It uses "Common Cut" logic where possible to save time and gas. trutops boost tutorial verified

Upon launching TRUTOPS Boost, the user encounters a task-driven interface. The workflow generally moves from left to right in the process chain.

: Select the correct material type (e.g., Mild Steel, Stainless Steel, Aluminum) and sheet thickness. The software relies heavily on these parameters to cross-reference your shop's specific bending deduction tables.

TruTops Boost is a specialized all-in-one software solution developed by for the 2D and 3D design and programming of laser, punching, and bending machines. It is designed to streamline the workflow from initial CAD geometry to the final NC (Numerical Control) program, significantly increasing productivity through high levels of automation. Core Software Structure Use the tool to visually reorder steps 1

(e.g., Mild Steel, Stainless Steel, Aluminum).

Step 4: 2D Nesting and Toolpath Generation (Cutting/Punching)

Beyond the basics, verified training covers advanced techniques to refine your programs: TruTops Boost translates the visual nesting layout and

: Enter the Order Number, Customer Name, and Delivery Date. This metadata stays embedded within the sheet production data for tracking.

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

The software automatically assigns punch and die sets based on your machine's inventory.

With the flat blanks validated, you can now optimize your sheet material utilization.

If a collision is detected, you can manually change the tool segments, alter the station setup, or reorder the bending sequence using the drag-and-drop timeline.