Bamboo load bearing panel and method of manufacturing

1. A bamboo panel element, comprising:

a bamboo laminate layer with first and second layers formed of a plurality of bamboo strips, each having a cortex and a pith surface, longitudinally cut from bamboo culm and pressed flat,

wherein each of the bamboo strips within the first and second layers are arranged parallel to one another with the cortex surfaces facing the same direction within a layer and the bamboo strips within the first layer are oriented alike and opposite the bamboo strips within the second layer such that an internal interface between the first and second layers is formed by bonded together the corresponding cortex surfaces of the bamboo strips in the first and second layers and first and second outer surfaces of the bamboo laminate layer are defined by the pith surfaces of bamboo strips respectively in the first and second layers.

2. The bamboo panel element of claim 1 , further comprising a wood veneer layer bonded to the pith surfaces of the bamboo strips in the first layer.

3. The bamboo panel element of claim 1 , further comprising a wood veneer layer bonded to the pith surfaces of the bamboo strips in the first layer, wherein the wood veneer layer is positioned such that grain of the wood veneer layer is perpendicular to grain of the bamboo strips.

4. The bamboo panel element of claim 1 , wherein each of the bamboo strips within the first and second layers is aligned abutting another one of the bamboo strips along a respective longitudinal edge defined by the cut.

5. The bamboo panel element of claim 1 , wherein joints between the bamboo strips within the first layer are offset from joints between the bamboo strips within the second layer.

6. The bamboo panel element of claim 1 , wherein each of the bamboo strips has a continuous length of at least 8 feet.

7. The bamboo panel element of claim 1 , wherein each of the bamboo strips has a length that matches a dimensional extent of the bamboo laminate layer.

8. The bamboo panel element of claim 1 , wherein the pith surfaces include longitudinal voids.

9. The bamboo panel element of claim 1 with the bamboo laminate layer made by the steps comprising:

cutting longitudinally bamboo culm to produce cut portions,

pressing flat the cut portions to produce the bamboo strips having a cortex and a pith surface,

arranging the bamboo strips in a first layer;

arranging the bamboo strips in a second layer, wherein the bamboo strips in the first and second layers are arranged parallel to one another;

bonding together the bamboo strips in the first and second layers, wherein the bamboo strips within the first layer are oriented alike with the cortex surfaces oriented alike and opposite the bamboo strips within the second layer also having the cortex surfaces oriented alike such that the bonding together bonds corresponding cortex surfaces of the bamboo strips in the first and second layers at an internal interface between the first and second layers, thereby providing first and second outer surfaces of the bamboo laminate layer defined by pith surfaces of bamboo strips respectively in the first and second layers.

10. The bamboo panel element of claim 9 , made by the steps further comprising planing the bamboo strips along sides that formed an interior and an exterior of the bamboo culm.

11. The bamboo panel element of claim 9 , made by the steps further comprising bonding a wood veneer layer to the pith surfaces of the bamboo strips in the first layer.

12. The bamboo panel element of claim 9 , made by the steps further comprising pressing a wood veneer layer into voids of the pith surfaces of the bamboo strips in the first layer to deform and mold the wood veneer layer into the voids.

13. The bamboo panel element of claim 9 , wherein the step of arranging the bamboo strips in the first and second layers includes positioning the bamboo strips with longitudinal edges formed by the cutting aligned without overlapping of the bamboo strips within one of the first and second layers.

14. The bamboo panel element of claim 9 , wherein the step of arranging the bamboo strips in the first layer stagers joints between the bamboo strips within the first layer from joints between the bamboo strips within the second layer.

15. A bamboo panel element, comprising:

a bamboo laminate layer with first and second layers formed of a plurality of bamboo strips,

wherein the bamboo strips have cortex and pith surfaces, are parallel and are longitudinally cut from bamboo culm, pressed flat and planed,

wherein the cortex surfaces of the bamboo strips in the first layer, having the cortex surfaces oriented alike, are bonded to the cortex surfaces of the bamboo strips in the second layer; and

a wood veneer layer bonded to the pith surfaces of the bamboo strips in the first layer,

wherein the wood veneer layer is positioned such that grain of the wood veneer layer is perpendicular to grain of the bamboo strips.

16. The bamboo panel element of claim 15 , further comprising a finishing wood veneer bonded to one of the bamboo laminate layer and the wood veneer layer to form an outside surface of the bamboo panel element.

17. The bamboo panel element of claim 15 , wherein the first layer has a thickness defined by a single one of the bamboo strips between the wood veneer layer and the second layer.

18. The bamboo panel element of claim 15 , further comprising a finishing wood veneer bonded to the pith surfaces of the bamboo strips in the second layer.

19. The bamboo panel element of claim 15 , further comprising a finishing wood veneer bonded to the pith surfaces of the bamboo strips in the second layer, wherein a thickness of the bamboo laminate layer between the wood veneer layer and the finishing wood veneer is defined by two of the bamboo strips.

20. The bamboo panel element of claim 19 , wherein the thickness of the bamboo laminate layer is between 0.1875 and 0.5 inches.