I Take Macro Images Of Everyday Items To Show What People Don’t See Every Day (34 Pics)
I tried the reversed macro lens way back in 2012 for the first time. Back then, I first photographed things that mostly weren't moving at all or just very little.
Turned out that the world is really interesting when you look at it from a close perspective, even the non-living things. Drops on a DVD disc, bubbles in a water bottle, concrete, electronic components, mechanical instruments... all of that can look very different from normal when you get closer. And a double ratio reversed lens is more than enough for this.
To be honest, I haven't stopped taking macro pictures entirely, especially when it came to colder months of the year when you couldn't find insects and plants alive in nature. Instead, I used artificial objects, which you can photograph anytime at home.
I collected some of the pictures from the last 7-8 years, and hope some of you will be surprised when looking at the details of how some everyday stuff can look from up close.
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Water drops on a DVD disc, exposed to sunlight.
Thx :) I haven't got any chance to reproduce this since 2014 :D That disc was made from the perfect material :D
Load More Replies...The mini-universe of a shampoo bottle.
Don't know! This is some shampoo my girlfriend bought :D I haven't looked to the sticker on it... :D
Load More Replies...Are the tiny brown spheres plastic microbeads? Those things are everywhere and get into everything!
Surely not. And plastic microbead is much smaller :(
Load More Replies...Plastic jewels on a Christmas decoration.
This image would look perfect as the background for a stylishly elegant and fabulous black woman singer (not one in particular, just the image that's being recalled in my head when I see this).
Yes, but independently from the pictures.
Load More Replies...Drops in a water bottle, reversed lens, with the aperture wide open, and sunshine.
This should be explained better, as it is a tough technique at such fine depth of field
Reversed lens with pulled diaphragm. I don't remember how exactly got to this frame, but it should be wait for drops on the inside of a half-filled plastic water bottle, and then take a shot from tangential view.
Load More Replies...I don't think the "aperture wide open" part is true. The hexagonal bokeh is caused by the aperture stop.
Or not so closed as usual for macro :) Usually you use f10-f20 for extreme macro, this may be 1 stop.
Load More Replies...ez elég kúl! megkérdezhetném, mit takar pontosan a fordított lencse?
Pontosan azt, hogy megfordítod az objektívet :) Keress arra, hogy "fordított objektív" vagy "reversed lens".
Load More Replies...Miniature city of a broken LCD screen.
Best images are those which can be imagined differently :)
Load More Replies...Bubbles in a hand sanitizer.
Distortion of the plastic bottle :)
Load More Replies...An RGB LED...but it's actually B-R-G.
Close, but it's an individual SMD one
Load More Replies...The cool bit about this is that you can see how much more efficient red LEDs are by how much smaller they can be to produce the same amount of light.
These are also drops in a water bottle.
Google for reversed lens ;)
Load More Replies...Tip of a sewing needle.
Deadly? This is a needle :D
Load More Replies...It may be a ballpoint needle instead of a universal.
Load More Replies...Broken phone screen.
Yes. It was, on the previous image, but Panda mixes the images in the order of up's :D
Load More Replies...Try it :D There was a description, as images followed each other, but Panda mixes up the images, sorts on upvotes. (The answer is in the comments ;) )
Load More Replies...Not a real macro: water bottle on direct sunlight, photographed from up-close.
This happens if a drop of water gets into your phone's USB connector and simply dries out. It destroyed (oxidated) some of the connector's pins which were soldered to the phone's mainboard - this is the backside of the connector.
Macro can be very useful for documenting electronic repairs, I often use it when I'm repairing stuff.
when oxygen reacts with other substances its called oxidizing
Load More Replies...Network - bubbles in a soap bottle.
It is impossible to say Bubbles in an angry voice! (You just tried tho)
The universe is structured just like those bubbles. The galaxies and such are where the soap is with huge voids between. We live in cosmic froth!
Jewel bearings...
All clockworks look like a steampunk one :)
Load More Replies...like HAL from 2001 Space Odyssey in all analogue watches. No to the opening of pod bay doors.
HDD heads on both sides of a disc.
Also drops in a bottle, but with flash... I really don't know how the flower pattern got there - can be the reflection of the manufacturer's logo.
Clockwork (pocket watch).
Yes :) Description missed :)
Load More Replies...Fujitsu MBM27C32 EPROM chip. EPROMs are programmable, erasable ROM memories, widely used in the '70s and '80s. They can be erased with UV light, so they have a small glass over the chip itself...
I don’t get it... but I was also thinking the same thing, so I’m just confusing myself...
Load More Replies...Tip of a needle used in electrical testing equipment. It's only a little broader than a sewing needle's head.
Magnificent! The hexagonal pattern above the big bubble is such a beautiful detail!
Metal tea filter.
Also not a real macro: just a close-up of a lamp with a telephoto lens.
I think it's macro. Macro is enlarged and close up. So it's still macro technically!
Hm, it was taken on a 2:1 ratio (Sigma 70-300 APO DG :D ), so it's not a "real" macro. :)
Load More Replies...Broken LCD.
Yesss! And a lot of clockworks are looking like that :)
Load More Replies...2609 - Russian wristwatch.
SMD diodes on a printed circuit board.
Surface Mount Device: https://en.wikipedia.org/wiki/Surface-mount_technology It's fascinating stuff
Load More Replies...This image was taken with a tandem lens (Canon 18-55 and 70-300 together), which produces very high magnification, but it's very hard to use. Even the traces and components on the chip can be seen. The 4 long things are the wires which are connecting the chip to the output pins of the package.
Sooooooooooooooooooooooooooooooooooooooooooooooooooooo freakin cool!
These are captivating!! I've lost track of time staring at them ¿Can we see them in a larger format somewhere?
Why are these called "macro"? Would it not be more correct to call them "micro" as in "microscopic"?
Less clocks and water/bubbles pls. More random things. Love the imperfections our eyes can’t see. Should exhibit and sell!
Sooooooooooooooooooooooooooooooooooooooooooooooooooooo freakin cool!
These are captivating!! I've lost track of time staring at them ¿Can we see them in a larger format somewhere?
Why are these called "macro"? Would it not be more correct to call them "micro" as in "microscopic"?
Less clocks and water/bubbles pls. More random things. Love the imperfections our eyes can’t see. Should exhibit and sell!
