https://www.photomacrography.net/forum/ ... &start=180
A older version of setup I used for somewhat uniform lighting for imaging semiconductor chips/wafers:
Note the dual light tents and multiple strobes with diffusion soft boxes and umbrellas. All this in an attempt for uniform lighting for chips with tiny solder balls (spherical mirrors).
The general idea was if you could stand on the subject and look around you would see a uniform light source from almost every direction, without any significant bright spots (which can cause issues with chips, especially with solder balls).
Later Version:
This setup also uses light tents (sometimes dual), and/or white foam cups for more diffusion. The strobes can have diffusion white foam or paper on the reflectors. Large (20" X 30") white & black foam panels are used around the setup as selective reflectors/absorbers. The strobe modeling lamps were replaced with dimmable LEDs lamps to reduce the heat build-up with continuous lighting. The strobes are triggered by an RF signal and/or optical S1 mode.
Frédéric, in the post mentioned above, has masterfully creating a similar lighting scheme on a much smaller scale for continuous LED illumination.
[AdminCR Moved as requested]
Best,
I replaced the capacitors and then began looking for a better strobe that was reasonable cost, eventually after much experimentation and $ I found the Adorama Studio 300 AC strobes (think you have these). I got 2 initially, then 2 more and just got 4 more. I have 3 on my vertical setup and 5 on my horizontal setup along with 2 DG600 and 3 older Flashpoint 320M as backups. I had some problems with one of the DG600 (got into a repeated firing cycle) related to the cheap RF Trigger and strobe, so I use the DG600 (2) in optical S1 mode triggered from the optical burst from the 5 AC 300 which utilize the much more stable Adorama (Godox X1) R2 RF system. This setup has proven more reliable and uniform than the earlier setup versions. 
