GrannyAnnie wrote:
I have a Nikon D5300 that has always been my favorite camera. The walk around lens on this one is the 18-300. I was gifted an Olympus EM5 II with the 60mm 2.8. The learning curve has been tough and I often find myself going back to my Nikon. I love photographing flowers and tiny things. Since this Nikon is now aging like I am, can anyone recommend a macro lens that will take me back to my comfort zone when I am befuddled by the Oly? Any advice will be appreciated......
Take your pick... B&H lists a bunch of macro lenses available for your camera:
https://www.bhphotovideo.com/c/search?ci=274&fct=fct_lens-mount_3316%7cnikon%2bfct_special-designs_3320%7cmacro%2bfct_a_focus-type_5738%7cautofocus&N=4288584247&NOTE: The Nikon "AF" lenses (60mm and 200mm) and the Tokina 100mm lenses will be
manual focus only on a D5300. Your camera does not have the in-camera focusing motor those lenses require (as is the case with all D3000-series and D5000-series). The other ten macro lenses listed are able to autofocus on your camera. For purely macro use, this isn't necessarily a deal breaker because many macro shooters prefer to use manual focusing techniques anyway. But if you plan to use the lens for other things, you may want it to be able to auto focus.
Also, in-lens image stabilization doesn't do very much at high magnification. Sigma OS, Nikon VR, Tamron VC can be quite helpful if using the lens for non-macro purposes, just don't expect them to be of much assistance at full 1:1.
Things to consider (besides price)....
With macro lenses focal length determines working distance.... the shorter the focal length, the less working distance between the front of the lens and the subject. At full 1:1 a short lens like a 40mm or 60mm might only have two or three inches working space! You won't find working space listed for lenses. Instead you'll find "minimum focus distance" (MFD). But that's measured from the camera's image sensor to the subject, so a large part of the camera, the lens itself and any attachments to the front of the lens (hood, filter, flash) are occupying part of that space.
For example, the Sigma 105mm Macro lists a 12" MFD. The lens itself is about 5" long and your camera's sensor is recessed approx. 1.75" inside the camera body.... so what remains will be about 5.25" working distance between the front of the lens and the subject, when the lens is focused to it's maximum 1:1 magnification (no lens hood, filter, flash).
The Sigma 105mm Macro also is an internal focusing lens. That means it doesn't increase in length when focused closer. That's not the case with all macro lenses, some of which grow significantly longer when focused to full 1:1. For example, there are two different Tamron 90mm macro lenses available for your camera. They have similar MFD around 11.5". The more expensive one is internal focusing (doesn't grow longer), while the less expensive one is not. Although the less expensive one is about a half inch smaller at infinity focus, by the time both are focused to full 1:1 magnification, the less expensive lens is about 1.25 inches longer. The result is less working distance. The more expensive, internal focusing Tamron 90mm (with VC image stabilization and faster USD focus drive) ends up with appox. 5.25" working distance, while the less expensive lens ends up with about 4" working distance (no hood, etc. in both cases).
Looking at a couple other lenses.... Nikkor 85mm ends up with just over 5" working distance and the Nikkor AF-S 60mm with under 2".
For my money, the Sigma 105mm that's on sale heavily discounted right now seems like a great deal. When I see that big a discount, I suspect a new version is coming and they are clearing the shelves... but, who cares? The "old" model will continue to work just fine in the future.... and the price of the Sigma is less than a number of inferior lenses. It looks like a bargain and is known to be a top performer!