Hundegger CNC
Automate timber frame production with direct Hundegger CNC machine integration. Export BTL and BTLx files from BIM models for precision cutting.
View DocumentationAbout this Integration
Transform your timber frame manufacturing workflow with our comprehensive Hundegger CNC integration. This powerful connection enables seamless data transfer from your BIM design environment directly to Hundegger timber processing machines, eliminating manual data entry and reducing production errors.
Our integration supports all major Hundegger machine types including the TURBO-Drive, Speed-Cut, and Robot-Drive series. Whether you are producing roof trusses, wall panels, or complex timber joints, the BIM-to-machine workflow ensures every cut, drill, and joint is executed with millimeter precision.
The integration handles complete BTL (Building Transfer Language) and BTLx file generation, the industry standard for timber machine communication. All geometric data, machining operations, tool selections, and assembly sequences are automatically translated from your 3D model to production-ready machine code.
Real-time production monitoring allows you to track job progress, machine utilization, and material consumption directly from your project management dashboard. This visibility enables better production planning and helps identify bottlenecks before they impact delivery schedules.
Key Features
BTL & BTLx File Export
Generate industry-standard BTL and BTLx files directly from Revit, ArchiCAD, or other BIM software. Full support for timber beams, panels, and complex joinery with automatic tool path optimization.
Multi-Machine Production Queue
Manage production jobs across multiple Hundegger machines from a single interface. Prioritize jobs, balance workloads, and optimize machine utilization for maximum throughput.
Real-Time Machine Monitoring
Monitor machine status, current job progress, and production metrics in real-time. Receive alerts for job completion, material shortages, or maintenance requirements.
Automatic Nesting & Material Optimization
Intelligent algorithms optimize timber beam and panel layouts to minimize waste. Automatic consideration of grain direction, defect zones, and cutting sequence for optimal material yield.
Production Reporting & Analytics
Comprehensive reports on production efficiency, material consumption, and machine performance. Track KPIs over time to identify improvement opportunities and benchmark against industry standards.
