System and method of making a modified atmosphere package comprising an ...

1. A method of manufacturing a modified atmosphere package, comprising:

supplying a first package including a non-barrier portion substantially permeable to oxygen;

placing a retail cut of raw meat within said first package;

sealing said first package;

supplying a second package substantially impermeable to oxygen;

covering said first package with said second package without sealing said second package so as to create a pocket between said first and second packages;

supplying an oxygen scavenger;

activating said oxygen scavenger with an oxygen scavenger accelerator;

positioning said oxygen scavenger external to said first package such that said oxygen scavenger is capable of absorbing oxygen within said pocket;

removing oxygen from said pocket so as to reduce an oxygen level therein to a non-zero level; and

sealing said second package, said activated oxygen scavenger aggressively absorbing any residual oxygen in said modified atmosphere package so as to reduce the oxygen level from said non-zero level to approximately zero percent.

2. The method of claim 1, wherein said non-zero oxygen level within said pocket is no less than about 0.1 percent oxygen.

3. The method of claim 1, wherein said step of removing oxygen from said pocket includes evacuating said pocket.

4. The method of claim 3, wherein said step of evacuating said pocket is performed using a vacuum device having a probe and a pair of clamping members, said step of evacuating said pocket including inserting said probe into an unsealed end of said second package, closing said clamping members to clamp said unsealed end of said second package with said probe disposed between said clamping members, and drawing oxygen out of said pocket via said probe.

5. The method of claim 3, wherein said step of removing oxygen from said pocket includes flushing said pocket with one or more gases.

6. The method of claim 5, wherein said steps of evacuating said pocket and flushing said pocket are performed using a vacuum/flushing device having a probe and a pair of clamping members, said steps of evacuating said pocket and flushing said pocket including inserting said probe into an unsealed end of said second package, closing said clamping members to clamp said unsealed end of said second package with said probe disposed between said clamping members, drawing oxygen out of said pocket via said probe, and introducing one or more gases into said pocket via said probe.

7. The method of claim 4, wherein said step of sealing said second package is performed using said vacuum device, said vacuum device including a heated seal bar housed within one of said clamping members, said step of sealing said second package including actuating said seal bar to press against the other of said clamping members with said unsealed end of said second package disposed therebetween and then retracting said seal bar away from said other of said clamping members.

8. The method of claim 6, wherein said step of sealing said second package is performed using said vacuum/flushing device, said vacuum/flushing device including a heated seal bar housed within one of said clamping members, said step of sealing said second package including actuating said seal bar to press against the other of said clamping members with said unsealed end of said second package disposed therebetween and then retracting said seal bar away from said other of said clamping members.

9. The method of claim 1, wherein said activated oxygen scavenger reduces the oxygen level within said modified atmosphere package from said non-zero level to approximately zero percent in less than about 24 hours.

10. A method for removing oxygen from a modified atmosphere package including a first package and a second package, said first package containing a retail cut of raw meat and including a non-barrier portion substantially permeable to oxygen, said second package covering said first package and being substantially impermeable to oxygen, said second package creating a pocket between said first and second packages, said method comprising:

supplying an oxygen scavenger;

activating said oxygen scavenger with an oxygen scavenger accelerator;

positioning said oxygen scavenger external to said first package such that said oxygen scavenger is capable of absorbing oxygen within said pocket;

removing oxygen from said pocket so as to reduce an oxygen level therein to a non-zero level; and

sealing said second package, said activated oxygen scavenger aggressively absorbing any residual oxygen in said modified atmosphere package so as to reduce the oxygen level from said non-zero level to approximately zero percent.

11. The method of claim 10, wherein said non-zero oxygen level within said pocket is no less than about 0.1 percent oxygen.

12. The method of claim 10, wherein said step of removing oxygen from said pocket includes evacuating said pocket.

13. The method of claim 12, wherein said step of removing oxygen from said pocket includes flushing said pocket with one or more gases.

14. A system for removing oxygen from a modified atmosphere package including a first package and a second package, said first package containing a retail cut of raw meat and including a non-barrier portion substantially permeable to oxygen, said second package covering said first package and being substantially impermeable to oxygen, said second package creating a pocket between said first and second packages, said system comprising:

means for removing oxygen from said pocket prior to sealing said second package so as to reduce an oxygen level therein to a non-zero level; and

an oxygen scavenger, positioned external to said first package and activated with an oxygen scavenger accelerator, for aggressively absorbing any residual oxygen in said modified package after sealing said second package so as to reduce the oxygen level from said non-zero level to approximately zero percent.

15. The system of claim 14, wherein said non-zero oxygen level within said pocket is no less than about 0.1 percent oxygen.

16. The system of claim 14, wherein said means for removing oxygen from said pocket includes means for evacuating said pocket.

17. The system of claim 16, wherein said means for evacuating said pocket includes a probe and a pair of clamping members, and wherein to operate said evacuating means, said probe is inserted into an unsealed end of said second package, said clamping members are closed to clamp said unsealed end of said second package with said probe disposed between said clamping members, and said evacuating means is activated to draw oxygen out of said pocket via said probe.

18. The system of claim 16, wherein said means for removing oxygen from said pocket includes means for flushing said pocket with one or more gases.

19. The system of claim 18, wherein said evacuating means and said flushing means include a vacuum/flushing device having a probe and a pair of clamping members, and wherein to operate said vacuum/flushing device, said probe is inserted into an unsealed end of said second package, said clamping members are closed to clamp said unsealed end of said second package with said probe disposed between said clamping members, said vacuum/flushing device is activated to draw oxygen out of said pocket via said probe, and said vacuum/flushing device is activated to introduce one or more gases into said pocket via said probe.

20. The system of claim 17, further including means for sealing said second package, said evacuating means including said sealing means, said sealing means including a heated seal bar housed within one of said clamping members, and wherein to operate said sealing means, said seal bar is first actuated to press against the other of said clamping members with said unsealed end of said second package disposed therebetween and is then retracted away from said other of said clamping members.

21. The system of claim 19, further including means for sealing said second package, said vacuum/flushing device including said sealing means, said sealing means including a heated seal bar housed within one of said clamping members, and wherein to operate said sealing means, said seal bar is first actuated to press against the other of said clamping members with said unsealed end of said second package disposed therebetween and is then retracted away from said other of said clamping members.

22. The system of claim 14, wherein said activated oxygen scavenger reduces the oxygen level within said modified atmosphere package from said non-zero level to approximately zero percent in less than about 24 hours.