Sure. Keep in mind this is a 120 in-wall mounted main display tank, there are easier methods...
I made a "u-tube" style overflow and cut the left side of the skimmer box, slightly lower then the rest of it (the intake). This gave me a slow laminar unidirectional flow in a confined space. 2/3rd's of the way to the right side of the intake I installed a screen capable of preventing the fry from going sump-bound. On the right side of the screen is ware the siphon tube was located, heading back to the sump. It was basically a trap, too much flow going over the left edge of the intake to swim "upstream" back into the tank, but not so much as to damage the delicate young while keeping them captive for an hour or two. This is a delicate balance.
I set up the "trap" with about 30 minutes of light left in the day then I would start about 20 minutes after lights out; all powerheads, skimmers, moon-lights, and ambient lights off, return pump 1 off, pump 2 throttled waaay back (~250 gph( the room becomes eerily silent)).
Directly over the "intake" I place a mini mag light (AAA) with a translucent filter pointing towards the hatching nest and watch the magic happen. After an hour or so when I feel that I have all I'm going to get (face smashed against the glass like a kid at the candy store

), I shut down the remaining return pump long enough to extract them out (turkey baster style) and do the transfer to the grow out tank. Grow out is filled/ being filled with the parent tank water continually with the trap water overflow while collecting the fry so there is no shock in terms of variations with water chemistry or temps.
After the transfer the overflow is removed from the grow-out tank, leaving a pre cycled bubble filter and main tank is returned to norms.
Pics available if you like!..