How to Produce Machining for Lamello Cabineo Connectors
The following article contains information on how to create machining for Lamello Cabineo connectors within the legacy Microvellum Component Cabinet Library. For information on inserting Lamello Cabineo connectors into projects using the Microvellum Foundation Library, consult the following announcement on the integration of Lamello branded hardware into the Foundation Library.
The world of cabinet joinery technology regularly presents you with new options. You can use dados, dowels, confirmat screws, cams, and screws, or a combination of these joinery methods. Another recent development is the Cabineo connectors produced by Lamello AG Joining Technology.
Using the Lamello Cabineo connectors is a simple process and results in a high-strength joint. It gives you the option of assembling in your shop or flat packing your products and assembling on-site. It is relatively quick to assemble, as well.
Some of our users have decided to use the Cabineo connector because they require no edge drilling, only face drilling. Yet they provide a high-strength joint. Use the following types of CNC machines for the required machining.
Fig. 01 - Lamello Cabineo Can be Drilled or Machined with these Machine Types
Another benefit of the Cabineo is that you pre-assemble the connectors to the flat parts at your shop, so there are no extra bags of hardware that must be shipped to the job or assembly site.
EDGEARRAY Token
Currently, you must use the EDGEARRAY token to add machining for the Cabineo connectors if you want to include the PLINE machining for the finish cap. If you just want to add holes, you can use the CAMLOCK token. We will discuss the EDGEARRAY token in this article.
Library Data Supported
Microvellum libraries of build 50.3 and greater contain the EDGEARRAY token.
Activation Procedure
Use the following procedure to configure Microvellum using a default library build of 50.3 or greater.
- Open Microvellum and then open the Hardware Wizard:
- Toolbox Setup > Project Specification Groups > Access Material File Wizards > Hardware Wizard > Additional Hardware.
- Check the prompt box for ‘Enable Hardware Edge Array.’
- Select connector hardware by clicking the ellipsis button next to the Hardware Edge Array box.
To deactivate default dowels in various parts
- Open Global Variable:
- Toolbox Setup > Project Specification Groups > Open Global File > Machining > General Machining Selections > Boring Pattern Dowels
- Set the boring pattern global ‘Boring_Pattern_Dowels’ to ‘None.’
- Similarly, select the type of boring pattern you use for cabinet assembly of Tops, Bottoms, and Fixed Shelves.
- Dividers, Rails, Nailers, and Toekicks, have individual settings you must set as well.
- Toe Kicks: Boring_Pattern_Toe_Kick_Dowels (Dowel_Pattern_Toe_Kicks) = None
- Stretchers: Boring_Pattern_Stretcher_Dowels = None
- Nailers: Boring_Pattern_Nailer_Dowels = None
Cabineo Machining Dimensions
Here are the required machining dimensions for the Cabineo connectors.
Fig. 02 - Cabineo Side Panel Machining Dimensions
Fig. 03 - Cabineo Bottom, Top or Fixed Shelf Machining Dimensions
Related Articles
Machine Tokens
What Is a Machine Token? A machine token is a software feature in Microvellum Toolbox that allows users to add 3D representations of various machining operations to parts of a product. This includes aspects like cutouts, camlocks, dados, routes, and ...Hardware from Machine Tokens (Overview)
Microvellum software can now accumulate and populate hardware to the work order database based on specific machine tokens. It is one of the useful new Microvellum features supported in build 15.6.2201 or greater. This new ability works only with the ...Hardware Machine Tokens
The following article highlights Hardware Machine Tokens. These tokens are directly linked with the hardware itself and each token has a unique set of parameters that provide instructions for the parts. While the tokens can be customized in the User ...Understanding Machine Tokens
Understanding Machine Tokens To view the machining tokens for a part, select the part from the parts list and click on the Machining Tab under the Parts tools. All machining operations are contained in machine tokens. There are machine tokens that ...Drawing Tokens
What is a Drawing Token? Drawing Tokens are different from Machining Tokens in that they will not perform machining or impact g-code. Drawing Tokens are intended to provide extra details for drafting and detailing purposes. Most products come ...
Recent Articles
Toolbox Release Notes | Build 25.1.1204.641
The following release notes apply to Toolbox build 25.1.1204.641 Toolbox Login Screen Update Fig. 1: The updated Toolbox Login interface. The Toolbox Login interface has had several changes applied to it to enhance its usability and allow for greater ...Toolbox Release Notes | Build 25.1.1120.641
The following release notes apply to Toolbox build 25.1.1120.641 Mouse Wheel Fix There was a reported issue in certain interfaces (such as report groups) in which hovering over a dropdown menu (such as Output Type) would result in the options within ...Dynamic Dimensioning in Toolbox BSB
When applying dimensions to products and other solids in Toolbox BSB, by default, all dimensions are drawn in 2D on the Y plane, requiring one to switch to a top view (or an appropriately high isometric view) to see them. BricsCAD has a feature that ...Toolbox Release Notes | Build 25.1.1107.641
The following release notes apply to Toolbox build 25.1.1107.641. Subassembly Prompt Fixes A pair of issues were reportedly occurring when attempting to work with subassembly prompts in the Edit Design Data interface. Subassemblies copied to the ...Microvellum Foundation Library Release Notes | Build 25.1024
The following release notes apply to the Microvellum Foundation Library build 25.1024. Additions Added Face Profile Options to the Door Wizard for enhanced design flexibility. Users can now apply decorative visual profiles to doors, drawer fronts, ...