
The beetle dragged the bug behind for several minutes, but the bug grimly hung on. Inside the proboscis are a bundle of long thin bristle-like appendages that can scissor in and out of its meal, and these fit together to form a tube to slurp up liquified food. I expect digestive juices are also being injected from the proboscis to help increase the flow of nutrients to the bug. A plant feeding stink bug would do the same, only the meal would be plant not animal.
Gradually, the beetle began to slow, and then it was immobilized. A small murder in the woods!

Next up is a tiger beetle in the hand. The beetle was disabled for some reason, so it was an easy capture. I did not get the species.

Here is an inchworm. It looks like the larva of the common grey Geometrid moth, Anavitrinella pampinaria.

The black wasp shown here is in the family Tiphiidae. These grow up as parasitoids on burrowing beetle larvae.

And finally, here is a nymph of what is likely the two-spotted tree cricket, Neoxabea bipunctata. This is a young male, and you can see it is developing the specialized front wings that are used by males for chirping, and the larger fan-like hind wings which they fly with. In adults, the hind wings are of course folded up and covered by the front wings. But at this earlier stage the position of the wings are curiously reversed so that the hind wings cover the front wings.

Thanks for looking!