DECMON™
Two features in one system
Two features in one system
Developed for the demands of the decorative wood-based materials industry, DECMON™ reliably detects cut marks and precisely measures decor paper dimensions – for flawless downstream processing at maximum production speed.
AI Image Processing
Precision and Speed
Precision and Speed
DECMON™ combines high-resolution sensor technology with AI-based image processing to reliably detect freely definable cut marks and precisely measure all key dimensions of decor papers. From sheet width and decor width to distortion – ultra-precise results even at production speeds of up to 120 m/min.
For decors in all variations
From wood and stone to fantasy patterns, and from fine structures to rich contrasts, POSKAM™ is the ideal solution for all your decorative papers.
Easy to integrate – easy to setup
DECMON™ is compact and can be easily integrated into the production chain – both physically and digitally thanks to a variety of standardised interfaces that ensure fast and secure connection to your control systems.
Trust the specialists
DECMON™ has over 15 years’ experience in securing and optimising the production processes of decor papers. Join them and benefit from our long-standing experience to make your production smarter and more efficient.
DECMON™ at a glance:
Advanced vision system for precise decor paper measurement and cut mark detection
High-resolution sensors and AI image processing technology
Ultra-precise cutting accuracy of ±0.5 mm at product speeds of up to 120 m/min
Fully automated and seamlessly integrable into your production
Robust and low-maintenance technology
Your DECMON™ is already waiting!
Whether you are just starting to automate your production or have a specific application in mind, we will work with you to optimise the production process!
Challenge DECMON™!
Pictures say more than a thousand words. Want to know whether POSKAM™ is compatible with your decorative papers? Send us some samples and we will check for you – with no obligation and free of charge.