The programmed cutting depth is deeper than the board thickness or machine capability.
: While primarily a 2.5D program, you can use woodWOP contour macros for specific Z-axis movements like three-dimensional door panels.
Click if you are cutting out a complete panel. Step 2: Apply the Routing Operation Click the Routing macro icon.
The tutorial is divided into four progressive modules. Each module contains a , a step-by-step exercise , a common mistakes table , and a self-assessment task .
: Usually for grooving (e.g., drawer bottoms). Specify the orientation ( direction) and the depth. 4. Pro Tips for woodWOP 5.0 woodwop 5.0 tutorial
L/2 : Automatically finds the exact midpoint of your board length. W-32 : Places an item exactly 32mm away from the top edge. BS : Refers to the current board thickness dynamically. Working with Coordinate Points
: Specifically for grooving back panels or mitering edges using the integrated saw blade. 4. Parametric Programming (The "Power" User Step)
woodWOP (wood Windows Object Programming) allows you to define the workpiece and then add "macros" (pre-defined processing steps) to it. Instead of manual G-code programming, woodWOP uses a graphical interface to describe the part. Core Concepts The standard file format for woodWOP programs.
While HOMAG has released newer versions, woodWOP 5.0 remains widely used for its robust, reliable, and straightforward interface, particularly on machines running the HOMAG Group/WEEKE CNC systems. The programmed cutting depth is deeper than the
F1 : Opens the official local help file and instruction manual embedded within your hard drive. F2 : Toggles the coordinate system matrix view. 2. Setting Up a Parametric Workpiece
Sawdust flew, smelling of sweet oak. The machine didn't hesitate. It didn't second-guess. It simply executed the logic Elias had built in WoodWOP 5.0.
The large central area where your 3D or 2D workpiece is visually displayed in real-time.
Based on forum activity regarding WoodWOP 5.0, here are some common issues and solutions: Step 2: Apply the Routing Operation Click the
Use commands for straight tracks or Arc commands for curves to draw your geometry outline step-by-step.
Define a start point and use the geometry lines (Line, Arc) to draw the path.
Move to the drilling location. Never drill without moving first.