A wooden wick for use in a wax candle comprising a strip of a predetermined wood having each of a first predetermined length, a first predetermined width and a first predetermined thickness. Such wick further includes a wood booster member having each of a second predetermined length, a second predetermined width and a second predetermined thickness adhered to the strip of wood.

A wooden wick for use in a wax candle comprising a strip of a predetermined wood having each of a first predetermined length, a first predetermined width and a first predetermined thickness. Such wick further includes a wood booster member having each of a second predetermined length, a second predetermined width and a second predetermined thickness adhered to the strip of wood.

The invention relates to a machining device, in particular for machining workpieces consisting of wood, wood products, plastics or similar, said device comprising a workpiece holder for holding a workpiece during the machining, process, and a guide means for displaceably guiding a tool carriage for holding and driving a tool, the workpiece holder and/or the guide means being displaceable by displacement means in order to produce relative movement in a machining direction between the workpiece and the tool, for the machining of the workpiece. The workpiece carriage is displaceably arranged on one side of the guide means and the workpiece carriage supports two tools on one side of the guide means and in the machining direction of the workpiece, said tools being arranged next to one another.

Systems, methods and apparatus for the production of quality finger jointed dimensioned lumber, molding stock, poles or beams from green rough trim blocks by sorting, drying, finger jointing and finishing, thereby producing a commercial product having a higher commercial value.

Systems, methods and apparatus for the production of quality finger jointed dimensioned lumber, molding stock, poles or beams from green rough trim blocks by sorting, drying, finger jointing and finishing, thereby producing a commercial product having a higher commercial value.

A workpiece processing system is provided that includes a first carousel rotary conveyor associated with a first plurality of stations through which workpieces are successively rotationally conveyed, a second carousel rotary conveyor associated with a second plurality of stations through which the workpieces are successively rotationally conveyed, and an inter-carousel transport configured to selectively operate in a first mode and a second mode. In the first mode, the inter-carousel transport is operable to successively transfer the workpieces from the first carousel rotary conveyor to the second carousel rotary conveyor. In the second mode, the inter-carousel transport is operable to successively reorient the workpieces of a selected one of the first carousel rotary conveyor or the second carousel rotary conveyor by approximately 180 degrees of rotation for further successive rotational conveyance of the workpieces through the stations associated with the selected first or second carousel rotary conveyor.

A method for forming a panel for an assembled product including, such as a furniture product, wherein the method includes: displacing the first panel in a feeding direction by a conveyor through a first edge machine, working, by a first tool of the first edge machine, on a first edge of the first panel to obtain a decided location of the first edge, attaching, by a second tool of the first edge machine, a covering material, such as a laminate strip, a thermoplastic strip or a veneer strip, on the first edge, and forming a first edge groove, by a third tool of the first edge machine, along the first edge and on a first main surface of the first panel, wherein the first edge groove is configured to be a part of a locking device.

A wood-working machine, which contains at least one processing unit, a workpiece support having at least one front support area arranged in front of the processing unit in the feeding direction of a workpiece and one rear support area arranged behind the processing unit in the feeding direction of the workpiece, and a transporting device, which has a front transporting unit arranged on the front support area and a rear transporting unit arranged on the rear support area for moving and positioning the workpiece lying on the workpiece support in a first linear axis (X axis), wherein the front and rear transporting units includes at least one transporting roller that can be placed against the top side of the workpiece, and wherein a measuring system, which is integrated into the front or rear support area and has a measuring belt or measuring chain pressed against the bottom side of the workpiece for detecting the motion of the workpiece in the first linear axis, is associated with each transporting unit.

A wood-working machine, which contains at least one processing unit, a workpiece support having at least one front support area arranged in front of the processing unit in the feeding direction of a workpiece and one rear support area arranged behind the processing unit in the feeding direction of the workpiece, and a transporting device, which has a front transporting unit arranged on the front support area and a rear transporting unit arranged on the rear support area for moving and positioning the workpiece lying on the workpiece support in a first linear axis (X axis), wherein the front and rear transporting units includes at least one transporting roller that can be placed against the top side of the workpiece, and wherein a measuring system, which is integrated into the front or rear support area and has a measuring belt or measuring chain pressed against the bottom side of the workpiece for detecting the motion of the workpiece in the first linear axis, is associated with each transporting unit.

The invention relates to a method for foaming chipboard with tubes including a board body interspersed by tubes and having an upper and a lower face includes the steps of providing a corresponding chipboard with tubes, defining one or more machining regions on the upper and/or lower face of the chipboard with tubes, machining the machining regions.

In order to provide a method for foaming chipboard with tubes and a chipboard with tubes having foamed tubes that can be used in a simple, flexible, and cost-effective manner while also being highly robust, a foam-forming material is introduced at least in portions of at least one of the above-mentioned tubes in the machining region in order to locally reduce the difference in density between the tubes and the board body. The invention further relates to the use of a device for foaming tubes of a chipboard with tubes.