Trim device for a lamination assembly

1 . A trim device for a lamination apparatus, the lamination apparatus providing a cellulous based panel with at least one water resistant layer, the trim device comprising:

(a) a housing;

(b) a material removal apparatus at least partially disposed within the housing; and

(c) a pressure source in communication with the material removal apparatus and adapted to provide a pressure differential to the cellulous based panel having a waste section, the pressure differential positioning the waste section into communication with the material removal apparatus so that the waste section is removed from the cellulous based panel during operation of the trim device.

2 . The trim device of claim 1 , wherein the pressure source is a vacuum.

3 . The trim device of claim 1 , wherein the pressure source is a blower.

4 . The trim device of claim 1 , wherein the pressure source extracts the waste section from the housing after the waste section is removed from the cellulous based panel.

5 . The trim device of claim 1 , wherein the material removal apparatus includes a plurality of cutting blades disposed within the housing for removing the waste section during operation of the trim device.

6 . The trim device of claim 5 , wherein the plurality of cutting blades are rotatably disposed within the housing.

7 . The trim device of claim 6 , further comprising a damper assembly coupled to the housing.

8 . A trim device for a lamination apparatus, the lamination apparatus providing a cellulous based panel with at least one polymeric layer, the trim device comprising:

(a) a housing;

(b) a cutting assembly located within the housing and positioned within the housing for selective engagement with a waste section of the cellulous based panel selectively located in proximity to the housing; and

(c) a pressure source in communication with the housing, the pressure source providing a pressure differential to the cellulous based panel located in proximity to the housing, wherein the pressure differential displacing the waste section into a cutting position relative to the cutting assembly.

9 . The trim device of claim 8 , wherein the pressure differential is a positive pressure.

10 . The trim device of claim 8 , wherein the pressure differential is a negative pressure.

11 . The trim device of claim 8 , wherein the cutting assembly includes a plurality of cutting blades.

12 . The trim device of claim 11 , wherein the pressure source removes the waste section from the housing after the waste section has been removed from the cellulous based panel.

13 . The trim device of claim 12 , further comprising a damper assembly coupled to the housing.

14 . A method of removing a waste section from a cellulous based panel, comprising:

(a) providing a cellulous based panel having at least one layer of lamination and a waste section;

(b) displacing the waste section into a cutting position; and

(c) removing the waste section by impacting the waste section with a trim device after the waste section has been disposed into the cutting position.

15 . The method of removing a waste section from a cellulous based panel of claim 14 , wherein displacing the waste section into a cutting position includes applying a pressure differential to the cellulous based panel.

16 . The method of removing a waste section from a cellulous based panel of claim 15 , wherein the pressure differential is a negative pressure.

17 . The method of removing a waste section from a cellulous based panel of claim 16 , wherein the trim device includes a cutting assembly disposed within a housing.

18 . The method of removing a waste section from a cellulous based panel of claim 17 , wherein the cutting assembly includes a plurality of cutting blades.

19 . The method of removing a waste section from a cellulous based panel of claim 18 , wherein the pressure differential removes the waste section from within the housing after the waste section has been removed from the cellulous based panel.

20 . The method of removing a waste section from a cellulous based panel of claim 15 , wherein the pressure differential is a positive pressure.