The Champion PROFOLD RP is a high-performance folding machine with a round pile feeder system, designed for continuous, high-speed, and precise folding of printed materials with minimal operator intervention.
The Champion PROFOLD RP Round Pile Feeder Folding Machine is an advanced and versatile solution engineered to deliver efficient, high-precision folding for commercial and industrial print applications. Featuring a modular split design for the conveying and folding sections, the machine offers flexibility, easy maintenance, and optimized workflow performance.
Designed for complex folding requirements, the PROFOLD RP supports up to four parallel folds and three vertical knife folds, enabling it to handle a wide variety of folding patterns. It is also compatible with wire press knives, slitting knives, and creasing knives, making it suitable for diverse applications including brochures, catalogs, and packaging inserts.
The machine is equipped with a round pile feeder system using a three-hole wide suction wheel, ensuring smooth and continuous feeding of printed materials. This allows for direct folding from print stacks, significantly reducing manual handling and improving production efficiency.
Powered by a PLC-based control system with variable frequency speed adjustment, the PROFOLD RP ensures stable operation and precise control. The touch screen interface provides user-friendly operation, while features like independent servo-driven electronic knives guarantee accurate and consistent folding results.
To enhance reliability and safety, the machine includes dual sheet detection, automatic shutdown for paper jams, and an emergency stop system. The built-in automatic lubrication system (fixed-point, timed, and volume-based) ensures smooth performance and reduces maintenance needs.
With additional features such as shift-wise production counting and intelligent automation, the Champion PROFOLD RP is an ideal solution for high-volume print finishing operations, delivering a perfect balance of speed, precision, and efficiency.