Yes, but you don't get to just input any optimization problem into the dwave. The problem is that the specific kind of optimization that the dwave can do (even ignoring the fact that the output doesn't correspond directly with a solution) hasn't been found to map to any problems classical computers are actually bad at.

If you really think the problems you work on are that novel and up the D-Wave's alley, I suggest you email one of the academic teams looking for problems that the D-Wave is good at. They've yet to find any.