High-precision CNC fabric saturating system ES-ICL1300B / ES-ICL1300MT with "Digital Matrix"



Thanks to the extremely precise, highly secure and reliable saturating process, the ICL1300 allows significant component weight savings (up to 15%. The system is also predestined for the       production of sandwich components. Usual matrix additions (security surcharge) can be completely disregarded. 

Since 2015, the 4th generation of our computer-controlled ES-Laminatic® saturating system is   available. The new ICL1300 (Intelligent Composite Laminator) is an absolute NOVELTY in terms of   guaranteed accuracy in matrix dosing, mixing, and application.

The perfect saturating of any fiber materials with epoxy resin matrix and adjustable fibre volume ratio is faster, easier, more precise and cheaper barely possible. The CNC-controlled ICL1300 incorporates 30 years of experience. 

The operation of the system with the touch-screen display is simple and self-explanatory. At the press of a button, the ICL1300 produces perfectly reproducible wet laminates at up to 3.2 m² / min at any time. 

The epoxy resin matrix is dosed shortly before the saturating of the fiber material "inline" and dynamically mixed. Even difficult to mix components with high viscosity differences are mixed absolutely homogeneously. 

The cleaning of the system at the end of work can be done in a few minutes with a very little amount of solvent.

The ICL1300B has a conveyor belt with 6 or 12 meters in length. A compact mobile table system ICL1300MT with winch for work tables of 2-16 meters is also available. The table system can be used in different departments on stationary forms.

Maintenance and service concept

Since our systems are extremely reliable and have low-maintenance, usually there is no factory service required.


We train the employees of our customers professionally. This allows them to fix most of the errors themselves. If you still need support we can help you thanks to the integrated remote maintenance via VPN.


Therefore even the replacement of defective modules is fast and cost-effective worldwide.