The Champion AUTOLAM B1 is a high-performance automatic laminating machine designed for high-speed, precise, and energy-efficient lamination with advanced automation.
The Champion AUTOLAM B1 Automatic Thermal Laminating Machine is an advanced solution engineered for efficient, high-speed lamination with superior accuracy and stability. Designed to meet the needs of modern print finishing environments, this machine combines automation, precision, and energy-saving technology to deliver consistent, high-quality results.
Equipped with a paper pre-stacker, the AUTOLAM B1 enables continuous feeding, reducing downtime and significantly improving production efficiency. The non-axial feeder with servo drive system ensures smooth, high-speed paper feeding with flexible adjustment for various paper sizes and types.
The vacuum suction feeder, combined with imported rice-grain stainless steel feeding tables, minimizes friction during paper transfer, ensuring stable and damage-free sheet handling. The servo-driven bridge system and automatic paper alignment further enhance feeding precision and consistency.
For accurate positioning, the machine is equipped with front and side guides, ensuring precise sheet registration throughout the laminating process. The large-diameter heating roller, paired with an advanced electromagnetic heating system, provides rapid heat-up, uniform temperature distribution, and improved energy efficiency.
The pneumatic cutting system allows for flexible and precise film cutting, ensuring clean and stable separation at high speeds. Additionally, the automatic delivery system ensures fast, neat, and well-organized sheet stacking, improving overall workflow efficiency.
Powered by a high-quality electrical system including Panasonic PLC, servo motors, and an intuitive touch screen interface, the AUTOLAM B1 ensures stable operation, easy control, and reliable performance.
The Champion AUTOLAM B1 is the ideal solution for commercial printers and packaging companies, offering a perfect balance of speed, precision, automation, and energy efficiency.