Specialty Tools (Tools with Profiles)
- Routing tools that have a profile can be added to the tool list. When used, the parts will be drawn with the profile.
The image below shows the setup for a routing tool with an ogee profile:
- When adding a tool with a profile, an AutoCAD drawing of the router bit must be created and the file must reside in the Graphics directory in the Router Bits folder. The Tool Name or Profile Drawing Name must match the name of the drawing.
Using the browse button will take you directly to the Router Bits directory and allow you to select the correct drawing file.
- When creating the routing tool profile, the base point (0,0,0 origin) must be the bottom-most midpoint of the profile.
The image below shows the base point for the ogee router bit profile:
The Common Tool Name and Actual Tool Name are the same in the example above. This does not always need to be the case. If the tool is always loaded at the machine, you can use the tool number as the Actual Tool Name.
The remaining settings should be entered based on the specifications for the tool.
Related Articles
Understanding the Tool File Interface
This article provides an overview of the options and settings available on the Tool Files tab of the Configuration Editor (Options) Interface. For a complete list of available tabs and options visit Overview: Configuration Editor (Options) ...
Multi-Pass Tools
Multi-Pass Tools Multi-pass tools can be added to the list of available routing tools. Multi-pass tools are often used when working with specific materials (i.e., thick materials or lumber materials). Multi-pass tools must be listed with a common ...
2D Machining Tools
The 2D Machining Tools tab contains several other sub-tabs: Part Information – This includes information on the part and also allows you to place pods and make single part g-code for point-to-point machines. Vertical Drilling Tools – Contains a list ...
Tool File Access & Machining Properties (Reference)
The purpose of this article is to provide a reference for the updated Tool File and Machining tabs. These interface changes can be found in Toolbox builds 15.6.2201 and greater. Getting There Fig. 01 - Access for Tool Files and Machining Properties ...
Tutorial: 2D Machining Tools
General procedure overview: Create a new nest sheet. Add parts to the sheet. Add machining to the parts. Modify the nest sheet layout as needed. Generate G-Code for the nest sheet. Click the button on the MV palette "Nest Editing and 2D ...
Recent Articles
Microvellum Release Notes | Build 26.1.0422.641
The following release notes apply to Microvellum build 26.1.0422.641. BSB 2026 Microvellum BSB 2026 is now available for download and installation by users with an existing Microvellum BSB subscription. This new version of Microvellum is based on ...
Microvellum BSB 2026
Microvellum BSB 2026 is now available for purchase and download. BSB 2026 introduces the Microvellum software bundled together with the BricsCAD Pro 2026 platform, with all of the accompanying changes and enhancements made after BricsCAD 2025. With ...
Microvellum Release Notes | Build 25.2.0406.641
The following release notes apply to Microvellum build 25.2.0406.641. Label Image Fix Fig. 1: An error noting an incorrect number of Label Images. An issue was reported wherein creating new G-code from an existing work order that was edited using ...
Microvellum Foundation Library Release Notes | Build 26.0327
The following release notes apply to Microvellum Foundation Library build 26.0327. Additions Added new Formula Driven Materials (FDM) and accompanying special FDM project wizard. * New Specification Group “Wizard Formula Driven Materials [FDM]”. New ...
Formula Driven Materials (FDM) User Guide
The formula driven material (FDM) system in Microvellum automates the creation and management of materials within a project. By using predefined lookup tables and intelligent formulas, FDM dynamically generates each material’s name, thickness, and ...