Building the mouse Logitech won't make

The hot air station is called a "rework station" because it's very helpful for rework, too.

Using a hot plate to reflow boards is fine if you already know everything is correct. Having a real hot air station is very important if you need to change any parts or even fix reflow problems.

I prefer a regular soldering iron for SMD. Below 0603 I tend to blow off unrelated components if I’m not very very careful!

So for me, a loupe/microscope and a fine SMD iron is the best option. I have some China-model that uses Hakko tips.

Nobody believes me when I say that soldering SMD with an iron is easier than through hole. You don't have to keep flipping the board over!

Kapton tape is your friend for hot air. It's cheap and you can get by with scissors.

Tape out anything that you're not reworking, use tweezers and push down the edges against the board to seal as best you can, and then flux it and blow.

It'll hold things in place and wick away the heat from anything you're not trying to rework. I went from a near 0% success rate to near 100% with it.

If you're blowing off stuff, your pressure setting is too high. I usually start at the lowest setting, and only go up if I need to deliver a lot of heat to an area.

Wow, thanks for the tip! I never heard that one before.

I have a hot air station that I haven’t used much because I found it difficult to control. I will give it another try but with the Kapton!

To be fair, it takes a little practice IMO and until you learn how to use flux correctly etc., it can seem very unattainable to ever learn well.

I got a huge confidence boost from one of the old engineers with rubbish eyesight. Thinking “If HE can see well enough to do 0603 and smaller, then so can I!” :D

A few hours practice on scrapped electronics made a big difference for me.

To protect larger areas, you can use aluminium foil. It's usually best to hold the hot air pencil at a right-angle to the board; if you angle it like a soldering iron, the excess heat all goes in one direction and you're much more likely to blow off small adjacent components.

You don't have to 'keep flipping the board over' when doing through hole either. Just stick all of the components in, fold over two legs on chips and passives, then solder all of them in one go.