Turnkey Cells
Integrated production systems from digital input to execution.
Autonomous CNC Robotic Woodworking
Industrial-Grade Wood Automation — Built for Real Production
Autonomous CNC robotic systems for carpentry, joinery, cabinetmaking, carving, and construction. Turnkey automation that reduces dependency on skilled labor, stabilizes cycle times, and enables batch-size-one production at scale.
Built for Production, Not Demos
Autonomous Woodworking With CNC Precision
Autonomous CNC robotic woodworking cells designed for real production environments. Integrated software, robotics, and industrial safety deliver stable, repeatable output with reduced manual dependency.
Multi-Operation
Cutting, drilling, profiling, milling, and sanding in one workflow.
Industrial Safety
Production-grade enclosures and operational safeguards.
Batch-Size-One
Efficient processing even when every part is unique.
Applications
CNC Robotic Applications for Woodworking
The autonomous CNC robotic system executes woodworking tasks based on digital designs, translating design data into precise robotic movements and machining operations across multiple applications.
Carpentry & Joinery
Automate joints, profiles, drilling, and precision fitment for structural and architectural woodwork.
Cabinetmaking
Consistent machining and finishing for panels, frames, doors, and custom furniture parts — even in high-mix environments.
Wood Carving & 3D Milling
Multi-axis CNC-quality toolpaths executed by robotics for complex shapes, contours, and decorative detailing.
Wood Construction
Robotic processing for beams, structural components, and batch-size-one construction workflows.
AI-driven algorithms continuously optimize machining by adapting tool paths, compensating for material variations, and improving handling strategies for consistent and efficient execution.
Turnkey Complete Solution
From Digital Input to Finished Part
The autonomous CNC robotic system is delivered as a complete turnkey solution. Digital input, AI-based software, robotic machining, and controlled execution are integrated into a single production flow.
Image Processing
Workpiece geometry is captured and prepared as the basis for automated processing.
Software App Lucy (AI)
The workpiece is digitally configured and visualized in an augmented environment.
Blackbox
Algorithmic control combines CNC robotics with artificial intelligence.
Steering
Motion control and integrated safety concepts manage robotic execution.
CNC Robot
Sawing, milling, drilling, and grinding operations are executed autonomously.
Product
Individually manufactured parts are produced, enabling batch-size-one workflows.
System Components
Modular Hardware Architecture
The autonomous woodworking cell is built as a modular system. Each component performs a defined function while operating as part of an integrated production environment.
Tool Magazine
Automated tool availability for multi-operation cycles and reduced manual intervention.
Workpiece Gripper
Stable handling and repositioning of parts across operations for consistent results.
Workpiece Probe
In-cycle referencing and measurement for precision alignment and quality control.
Processing Table
Rigid workholding and repeatable positioning for industrial throughput and stability.
Automated tool handling, in-cycle measurement, and rigid workholding ensure repeatable machining quality across variable part geometries, materials, and production conditions.
Timber MXT2
Extended-Reach Automation for Timber & Construction
For structural timber and large workpieces, the Timber MXT2 concept extends capacity while keeping precision and automation benefits consistent across demanding construction workflows.
- 7th linear axis capability for extended reach and larger work envelopes
- Optimized for beams, structural parts, and construction-grade joinery workflows
- Built for repeatable machining quality in high-mix wood production
Batch-Size-One Production
Mass Customization Without Chaos
The cell is designed for “every part is different” reality — enabling custom joinery and construction workflows with stable process quality and predictable throughput.
