I like experimenting with different setups, especially for wide angle close-ups. Last year, I took my wife’s Sony A7 for a couple of field trips and paired it with the Voigtländer Super Wide-Heliar 15mm f/4.5 with extension tubes for some wide angle macro photography, and the results were pretty cool! Compared to my usual DSLR setup, the lens was much smaller, allowing me to approach subjects from more compelling angles.
WHY WIDE ANGLE MACRO PHOTOGRAPHY
Many who prefer using long lenses for macro photography, allowing them to put some distance away from their subjects, couldn’t fathom why anyone would want to use a wide angle lens for their marco endeavors, as it results in messy background effects.
Although extremely challenging, wide angle macro photography can be highly gratifying when done right. Here are just some of the advantages.
- Compelling bug’s eye view of the micro world
- Perspective causes subject to appear bigger
- Much greater depth of field(DOF) allows most of the subject to be in focus
- More details of habitat, giving more scientific value to the shot
- Being closer to subject means flash diffuser can encapsulate subject for evenly distributed light
E-MOUNT EXTENSION TUBES
Due to the distance between the lens and sensor, the Sony E-mount was able to use M-mount lenses (with adapter) which are traditionally small. At the same time, adding extension tubes had less effect on the focusing distance as compared to similar focal lengths of DSLR systems. That is why I still had a comfortable working distance even with 20mm of extension on a 15mm lens. It would have been unusable on DSLRs with just a 12mm extension on a 20mm lens for example.
M-MOUNT VOIGTLÄNDER 15MM
This lens is not particularly sharp. In fact, it is terrible on Sony A7 as a normal wide angle lens with vignetting and a reported pink tint. But all these didn’t matter for close ups and I chose this lens for several reasons.
- 15mm on full frame is wide enough!
- Tiny lens diameter (~44mm at the tip)
- Lightweight (~116g)
For the convenience of those who are only interested in the equipment used in this series…
- Sony A7
- Voigtländer Super Wide-Heliar 15mm f/4.5 (M-Mount)
- E-Mount 10mm Extension Tube
- M-Mount to E-Mount Adapter Helicoid (0-4mm)
- Viltrox JY-610 II
- DIY concave diffuser with reflectors to emulate a softbox
1.Sony A7 with M-Mount Voigtlander 15mm and extension tubes
The setup is very simple, with a single cheap manual flash mounted on top. I also added my usual concave diffuser with reflector at the tip of the lens, shown below.
2.Shooting a giant forest scorpion on the leaf litter
This shot shows the diffuser and reflectors that I used, giving a better idea of how I took some of the photos in this series. Refer to photo #13 below to see the result of this shot!
3.Sony A7 with Voigtlander 15mm and extension tubes
When lighting was insufficient, I added more optically triggered flashes at the side. The Viltrox JY-610 II is cheap and convenient to use for off-camera lighting.
4.Bark scorpion (Lychas scutilus)
My very first attempt was on the most common scorpion in Singapore. It was an ideal subject as it would stay still even if I went as close as 1cm. Even from this angle, most of the scorpion appears to be in focus.
5.Jungle cockroach (Blattodea)
With this setup, it was easy to make a little cockroach appear HUGE!
6.Wandering spider (Ctenus sp.)
Another very docile spider from the leaf litter. This spider’s forelegs were almost touching the lens, giving the impression that they were extraordinarily long.
7.Red weaver ants (Oecophylla sp.)
Some red weaver ants tending to their rolled leaf nest. Almost all of the ants seem to be in focus in this single shot.
A very interesting blue-tint tarantula (not Singapore Blue) found on a tree trunk. The flip screen helped a lot in this shot.
9.Huntsman spider (Heteropoda davidbowie)
These huntsman spiders are so tame, that I could nudge them with the lens and it still wouldn’t budge!
10.Tailless whip scorpion (Charon sp.)
A beautiful amblypygid found at a perfect angle to get this shot.
11.Whip snake (Ahaetulla sp.)
I like taking wide angle close up of snakes as well. It makes the head huge, while keeping most of the body in the frame.
12.Rhinoceros beetle (Xylotrupes gideon)
For this shot, the beetle’s horns were touching the lens at times. It made the horns appear much bigger.
13.Bridal veil stinkhorn (Phallaceae)
This is a classic example of capturing a subject with the environment in the frame. I removed the 10mm extension tube for this shot, relying only on the helicoid’s extension of about 4mm.
14.Black forest scorpion (Heterometrus sp.)
One of the advantages of wide angle close ups is the ridiculously short working distance. Most see it as a disadvantage, but at such distances, the lighting encapsulates the subject very well and is ideal for reflective subjects. It was able to bring out the blue tint in the scorpion very well.
15.Whip scorpion (Thelyphonida)
One problem with a short working distance is that the flash may not be able to cover certain angles well enough. In this case, the light below was insufficient and I had to add an extra optically triggered flash from the side.
16.Twig mantis (Euchomenella sp.)
It was easy to point the camera up toward the sky with the flip screen to get the canopy as the background for this twig mantis.
17.Giant centipede (Scolopendra sp.)
Not an easy shot as this centipede would run really fast if I accidentally touched it.
As awesome as this setup might sound, I am no longer using it. The camera is currently back with my wife to photograph our kid. It was also really a chore to lug 2 full frame camera systems around in the field. Despite that, this is a relatively simple setup for wide angle macro photography and definitely worth a try if you are interested in achieving such wide angle effects.
About the Author
Nicky Bay is a macro photographer based in Singapore. For more of his work, check out his Flickr, Instagram and Facebook. You can also subscribe to his YouTube channel and read his blog for more educational and fun stuff about macro photography. This article was also published here and used with permission.