LAMINATION MACHINES:
Setting The Standard In High-Performance Lamination
Comexi lamination machines are engineered to deliver consistent bonding quality, high process stability and maximum production efficiency, integrating advanced automation, precise web handling and energy-efficient drying systems for reliable performance across all materials and structures.
Key Benefits
Tailored Modular Solutions
Modular machine architectures and customized engineering adapt each solution to specific production needs and future growth.
Intelligent Process Automation
Closed Loop adhesive control and automatic registration reduce operator dependency, variability and material waste.
High Operational Productivity
Fast setups, quick job changes and high-speed performance maximize OEE across short and long production runs.
Precision Web Handling
Advanced tension control ensures consistent lamination quality and reliable barrier performance, even on complex multilayer structures.
Efficiency & Sustainability
Energy-efficient drying tunnels, optimized air recirculation and support for monomaterial structures reduce energy use and environmental impact.
Laminator
YOUR FIRST SOLVENTLESS LAMINATOR
| Adhesive | SL |
| Speed | 1312.3 ft/min |
| Max. web width | 52.4 in |
| Max. reel diameter | |
| Max. reel weight | |
| UW web tension | 20-200 N (Opt 500 N) |
| RW web tension | 40-350 N (Opt 550 N) |
| Adhesive | SL |
| Speed | 400 m/min |
| Max. web width | 1330 mm |
| Max. reel diameter | 1000 mm |
| Max. reel weight | 1000 kg |
| UW web tension | 20-200 N (Opt 500 N) |
| RW web tension | 40-350 N (Opt 550 N) |
Laminator
SOLVENTLESS LAMINATION
TAKEN TO THE MAXIMUM EXPRESSION
| Type of adhesive | Solventless |
| Speed | 1312 / 1476.3 ft/min |
| Web width | 52.4 in |
| Type of adhesive | Solvent Less |
| Speed | 500 m/min |
| Web width | 1330 mm |
Laminator
DESIGNED TO MEET YOUR NEEDS
| Type of adhesive | Solvent-Based / Solventless / Water-Based / UV | |
| Speed | 1476.4 ft/min | |
| Web width | 36.6 / 52.4 / 60.2 in |
| Type of adhesive | Solvent Based / Solventless / Water-Based / UV | |
| Speed | 450 m/min | |
| Web width | 930 / 1330 / 1530 mm |
Laminator
PUSHING THE LIMITS OF PRODUCTIVITY
| Type of adhesive | Solvent-Based / Solventless / Water-Based | |
| Speed | 1476.4 ft/min | |
| Web width | 36.6 / 52.4 / 60.2 in |
| Type of adhesive | Solvent-Based / Solventless / Water-Based | |
| Speed | 450 m/min | |
| Web width | 930 / 1330 / 1530 mm |
About our Lamination Machines
Lamination is a critical step in the converting process, directly impacting packaging performance, durability and efficiency. By bonding multiple materials into a single structure, lamination enables enhanced barrier, sealing and mechanical properties that a single substrate cannot achieve on its own.
Comexi lamination machines are engineered to deliver process stability, repeatability and control, ensuring consistent results throughout long production runs and across a wide range of applications. Designed for solventless, water-based and solvent-based technologies, they provide reliable performance even in demanding production environments.
Their modular design and high level of customization allow each machine to be configured according to material type, adhesive technology and specific production requirements. Accurate web handling, controlled nip systems and highly efficient drying tunnels guarantee uniform lamination quality while minimizing waste, solvent consumption and energy use.
Advanced automation features such as Closed Loop adhesive control, automatic registration systems and peripheral integration further enhance productivity and reduce operator dependency. At the same time, intuitive software and ergonomic layouts simplify operation and maintenance, shortening setup times and improving overall line efficiency.
Whether used as a standalone solution or integrated in-line with printing, coating or slitting processes, Comexi lamination machines are designed to support high-performance, sustainable converting operations for flexible packaging and industrial applications.
