Abstract: A panel for cladding a substrate and a method for producing same, in which a plurality of indentations, which start from the visible surface, extend so as to be inclined (?, ?) relative to the visible surface and end in respective side surface, are formed at the transition from the visible surface into at least one of the side surfaces to form a chamfer. A The chamfer is formed solely by the plurality of indentations, which include at least a first group of indentations all of which extend in an inclined manner relative to the visible surface at a first inclination angle (?), and a second group of indentations all of which extend in an inclined manner relative to the visible surface at a second inclination angle (?), the first inclination angle (?) and the second inclination angle (?) different from each other.

Abstract: Device for producing and/or processing panels includes a panel transport device utilizing two double-belt conveyors for transporting panels along a transport path. A processing device is used for processing the panels during their transporting by the panel transport device. Each of the two double-belt conveyors includes an upper endless belt and a lower endless belt having transport strand sides essentially parallel to the transport path and deflection devices arranged to at the ends of the transport strand sides. A plurality of guide rollers are arranged between the deflection devices of at least one of the endless belts to support the transport strand side of the at least one endless belt. At least one roller cassette is arranged to support several of the plurality of guide rollers.

Abstract: A method and apparatus for producing and/or machining panels. The apparatus includes a transport device for transporting a panel along a transport path and a machining device for machining the panel as it moves via the transport device. The transport device includes a plurality of positioning devices arranged one behind the other and spaced apart by a distance along the transport path. Each positioning device includes upper and lower abutment mechanisms arranged opposite one another and on opposite sides of a panel plane, and being spaced apart by a distance. An adjusting device is used for setting the distance between the upper and lower abutment mechanisms. An actuating arrangement is structured and arranged to actuate the adjusting device of at least two of the plurality of positioning devices. An arrangement is used for independently adjusting each of the upper and lower abutment mechanisms of at least one of the plurality of positioning devices.

Abstract: A method and apparatus for producing and/or machining panels. The apparatus includes a transport device for transporting a panel along a transport path and a machining device for machining the panel as it moves via the transport device. The transport device includes a plurality of positioning devices arranged one behind the other and spaced apart by a distance along the transport path. Each positioning device includes upper and lower abutment mechanisms arranged opposite one another and on opposite sides of a panel plane, and being spaced apart by a distance. An adjusting device is used for setting the distance between the upper and lower abutment mechanisms. An actuating arrangement is structured and arranged to actuate the adjusting device of at least two of the plurality of positioning devices. An arrangement is used for independently adjusting each of the upper and lower abutment mechanisms of at least one of the plurality of positioning devices.

Abstract: The present invention provides a device (10) for producing and/or processing panels, comprising a transport device for transporting panels along a transport path and a processing device (12) for processing the panels during their movement by the transport device, wherein the transport device comprises two double-belt conveyor means (14, 16) with respectively one upper endless belt (36) and one lower endless belt (42), which respectively have a transport strand side (38, 40) essentially parallel to the transport path and are deflected respectively by deflection devices (24, 26, 28, 30) on the two ends of the transport strand side (38, 40), wherein the upper endless belts (36) touch a panel to be transported on the upper surface side thereof and the lower endless belts (42) touch the panel on the lower surface side thereof, and wherein at least one of the endless belts (36, 42) is guided on its transport strand side (38, 40) by means of a plurality of guide rollers (48) arranged between the deflection devices (