Homag
Connect design data to Homag woodworking machinery for cabinet and furniture production. Support for CNC routers, edge banders, and panel saws.
View DocumentationAbout this Integration
Bridge the gap between design and production with our comprehensive Homag machinery integration. This powerful connection enables furniture manufacturers, cabinet shops, and woodworking facilities to automate production directly from design data.
Our integration supports the complete Homag machinery portfolio including CNC machining centers, edge banding machines, panel saws, and drilling equipment. From individual custom pieces to high-volume batch production, the system adapts to your manufacturing requirements.
The connection generates optimized production data for each machine type, including tool paths for CNC routers, edge data for banders, and cutting patterns for panel saws. Automatic consideration of grain direction, edge sequencing, and tool changes ensures efficient production.
Integration with Homag woodWOP and other programming software enables seamless data exchange. Existing programs and macros can be leveraged while adding BIM-based automation for improved workflow efficiency.
Key Features
CNC Router Integration
Generate optimized tool paths for Homag CNC machining centers. Support for 3-axis through 5-axis operations with automatic tool selection and feed rate optimization.
Edge Banding Automation
Transfer edge banding data directly to Homag edge banders. Automatic edge tape selection, sequencing, and quality parameters for consistent edge finishing.
Panel Saw Optimization
Create optimized cutting patterns for Homag panel saws. Minimize waste with intelligent nesting while respecting grain direction and material constraints.
woodWOP Compatibility
Full compatibility with Homag woodWOP programming environment. Import and export programs, leverage existing macros, and maintain familiar workflows.
Production Cell Coordination
Coordinate multiple Homag machines in production cells. Manage material flow between machines and optimize overall cell throughput.
