Comidt, all DVD burners are the same, effectively. The only control factor amongst them is the speed. The faster the burning speed, the more power the diode can handle, and the more it can output. I have personally used Lite-On, Samsung, and am expecting an LG in a couple days to test as well. Both Samsung and Lite-On had the exact same identical internals, exact same optics and the identical diodes. They outputted the same power, and with outstanding effeciency. The diodes are, although, open package. That makes the diodes more succeptible to dust and debris. I would suggest you read up some more on the topic as there is a lot of sources online, including CPF and LP. This is not very difficult.
Requirements:
* You need to be able to solder/desolder effectively and effeciently.
* You need to have suffecient test equipment to determine the current/voltage.
* You need to have a good understanding of the circuitry that takes place in a laser and the operation of a laser diode.
* Make sure you are always grounded and shielded when working with diodes. A single static shock could be the death of your diode. (I made a mistake with a Blu-Ray diode and killed it on the spot!
)
* Get the schematics that you need and make sure you have the parts before you get the diode. (Excitement makes people do things without thinking)
* You need the laser module from AixiZ from eBay ($4).
Other than that, good luck, be safe, and be smart. Don't do anything you're not sure of, take things slow and steady, and make sure you use a low-wattage solder iron with a very fine tip.
GL;
DDL