
SIEMPELKAMP ContiRoll®
The continuous press
SIEMPELKAMP ContiRoll®
Continuous research
The ContiRoll® continuous press has always been one of our most innovative concepts. Our research and development has repeatedly rethought this concept and developed it further with a visionary approach. It ensures that our customers receive exactly the product their markets demand – furniture boards, boards for interior fittings, laminate flooring, ultra-thin boards, refined boards, lightweight boards, boards made from rapidly renewable raw materials.
The ContiRoll® brings together almost 40 years of consistent further development of SIEMPELKAMP press technology. More than 360 presses have been sold and are in operation worldwide. The ContiRoll® chronology has now reached the ninth generation. Its key achievements compared with previous generations: an extended flexible press infeed, an innovative heating concept, a new type of hydraulic system, and increased press speed.
The ContiRoll® hydraulic concept
The hydraulic system of the ContiRoll® Generation 9 is precisely designed for the production spectrum of the plant operators. It can be configured, for example, to meet the specific requirements of ultra-thin/thin-board production or lightweight-board production.
In interaction with the hydraulic system, thickness feedback plays a particularly important role. Even when a deviation in product quality has been detected, a few square meters of scrap board may still be produced because an incorrect product thickness first has to be compensated via thickness feedback.
We have therefore perfected the thickness-measurement method of the ContiRoll® Generation 9 in order to ensure at all times that a high-quality product is produced, even at maximum production capacity. The solution for a thickness-measurement method that is independent of all machine influencing factors was implemented by means of a separate design. A statically stable, self-contained measuring frame serves as a solid reference dimension point – decoupled from all thermal and static influencing factors.





