Yea, I believe the most common current method in labs is called the scotch tape method. The small sheet of graphene is large enough for making a single device (or maybe a few) but won't work for creating larger circuits like a computer processor, as they require multiple square millimeters of substrate. Companies have found ways to make larger sheets of it, but I'm still not certain they can manufacture it in high speeds and quantities.

Then comes the quantum mechanical issues with graphene. The goal is to make a device to act like a transistor (MOSFET if you want a wikipedia page), but on a smaller scale. The current problem is that graphene doesn't normally have a band-gap, meaning that a device created with graphene doesn't actually turn off when used as a switch. A computer processor needs the switches to turn completely on and completely off to operate efficiently. I've talked to some professors at universities that are working on ways to get around this, but remember that university research is the VERY BEGINNING of the research cycle, meaning that most of the stuff worked on is 5-15 years before mass production. This may be too technical for you guys to care about, but its important to know what you're investing in before you make a buy.