GUNNAR NOVEX DÉCOR – Automated Digital Cutting System
The GUNNAR NOVEX DÉCOR is a state-of-the-art, fully automatic digital cutting platform designed for precision cutting of matboard, signage, packaging, and decorative materials. Engineered with a highly modular architecture and compact footprint, NOVEX delivers exceptional flexibility, scalability, and productivity for professional framing, signage production, museums, and industrial applications.The NOVEX DÉCOR platform combines precision engineering, ergonomic design, and automated safety features, ensuring maximum efficiency, accuracy, and operator safety in demanding production environments.
Features
- Highly modular and upgradeable platform for future scalability
- Compact footprint with ergonomic industrial design
- Single or twin multifunction tool adapter with fast tool change system
- Supports multiple operations including:
Precision cutting
Routing
Scoring and creasing
Engraving and debossing
Writing and drawing - Advanced touchless sensor-based safety system (front and back protection)
- Available in multiple table sizes and configurations
- Vacuum cutting surface for secure material positioning
- Flexible integration with automated production workflows
Applications
- Picture Framing and Professional Framing Studios
- Wall Décor and Interior Design
- Museums and Archival Solutions
- Packaging Industry
- Signage and Graphics Production
Specifications
| Model | Vacuum Cutting Window | Tool Adapter Head | Clamping System / Special Features |
|---|---|---|---|
| NOVEX DÉCOR S | 1,250 × 1,900 mm | Twin multifunctional tool adapter head with 43 mm fast tool changing system (each) | X/Y button finger clamps, user-optimized positioning |
| NOVEX DÉCOR SX | 1,250 × 2,500 mm | Twin multifunctional tool adapter head with 43 mm fast tool changing system (each) | 3-side button finger clamps, cutter with COE function |
| NOVEX DÉCOR L | 1,750 × 1,900 mm | Twin multifunctional tool adapter head with 43 mm fast tool changing system (each) | X/Y button finger clamps, user-optimized positioning |
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