Watch photography, part one: Introduction

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Nikon D700 and Carl Zeiss ZF.2 2/28 Distagon. This is my watch photography workhorse, though with a different lens. I’ve often been asked why I tape over the logos on my cameras – simple: I don’t want to retouch out a ‘Nikon’ reflection from the watch case! Click on all images for larger versions.

Reposted from my original article on Fratellowatches from late 2011

Trivia: I started taking photography seriously only after I got interested in horology. I wanted to be able to capture the mechanical beauty of timepieces and their movements; all the more so as thanks to the generosity of many forum members and collectors, I was able to see many rare pieces – but of course not own them. Learning to photograph them properly would let me appreciate the craftsmanship and detail long after they went home with their owners.

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Daniel Roth Classique.

That was 2002. Fast forward nearly ten years, and photography has turned into the dominant passion for me. Watches, however, remain a subject that close to my heart.

It’s not uncommon for other people to get into photography the same way – I know more than a good handful of my watch collector friends have also taken up cameras to capture their timepieces. And in some ways, collecting camera equipment can be just as satisfying (and expensive!) if not more so than watches. There is a degree of interactivity and possibility for creative expression from the collector, far more so than even the best grande complication.

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Leica M8, 1,4/21 Summilux-M ASPH, Leica hand grip M, Voigtlander 28/35 mini-finder, ThumbsUp grip. How can this not also appeal to the watch collector? Mind you, this combination is absolutely useless for watch photography.

This will be the first of a series of three articles about the subject. I will start by taking a step back and examining the objectives of photography in general, how other factors will influence your ability as a watch photographer, and how to develop the first skill: composition. The second article can be treated as a primer: how to make the most of what you’ve got. We will finish with an article for those who want to get really serious: I will share the techniques and equipment I use, as well as a note or two about post processing and retouching.

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Panerai Luminor 1950 Flyback

Let us begin.

Why do we take photographs? Usually, to capture something, a moment, a feeling, an image – the image we see in our mind’s eye. This is usually quite different to how it turns out on the camera – but don’t worry, it’s fixable. We need to learn how to see like a camera, and in turn make the camera see like us (i.e. make it do what we want it to do). Part of this is learning to visualize, part of it is learning technical skills and how to operate your camera and what its limitations are, and all of it is discipline and practice.

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Jaquet Droz Grand Date

The human eye sees things in two general ways: our greater field of vision perceives a fairly wide scene, equivalent to somewhere between a 24-28mm lens. When we focus on something, our visual field narrows to something closer to about 50-60mm. The brain corrects for distortion, perspective, color, low light, and extreme highlights and shadows; furthermore, most things are in focus all of the time (unless we go very close to something). There is one further complication: we have two eyes. So our sense of perspective is also affected by depth perception, something we do not have control over with 2D cameras and images.

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Jaeger Le-Coultre Master Perpetual Skeleton Prototype

Replicating a human perspective is quite tricky, actually. It has its advantages – you can capture something very close to what you saw, which may be what you want; but similarly, there are things you can do with a camera that the naked eye will never be able to achieve – isolation through extremely shallow depth of field, for instance. Or exaggerated or compressed perspectives.

Let’s go back to watches. Think for a moment: what is it about the watch that you find attractive? The whole case? A particular detail on the movement? Or perhaps something else, the way the light reflects off the dial texture? What is the essential quantity, element or detail that represents the watch? For example, this would be the crown locking bridge on a Panerai, or the bezel on a Royal Oak, or perhaps the screwed chatons of a Lange.

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Panerai Luminor Arktos

First lesson: a good photograph always captures the essence of the subject. It should make the viewer think, but its intended subject should always be identifiable.

For most people, watch photography means getting the entire watch in frame, in focus and reasonably well lit. The first two things aren’t always required: look at some of the photoessays I have posted on Fratellowatches, and notice how few shots actually show the entire watch, or have everything in focus!

Beauty can be in form and detail. Don’t afraid to leave things out to only capture the interesting bits. The clichéd saying is ‘less is more’ – it should be restated more accurately as it requires effort to decide what is non-essential to your composition and can be left out.

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Jaeger Le-Coultre Extreme World Alarm

What about popular rules of photography, like the ‘rule of thirds’ (divide your frame into three, horizontally and vertically, and only place subjects at the intersection of those lines) and suchlike? They are there as a guide. While they are generally useful, there are a lot of compositions that defy all of these rules and somehow still manage to be visually arresting. The only rule that I follow is that the frame must be visually balanced: for instance, I generally won’t put the watch at one corner and leave the rest of the frame empty. It might be filled with a shadow, some interesting texture in the background, or the curl of a strap – these elements are deliberately there to provide visual balance. Why do you think watch hands are always set to 10:10, 1:50, 4:40, 8:20 or some other similar time? They provide balance. Similarly, pay attention to things in the corners or at the edges of your frame: they can be distracting and draw your eye away from the main subject.

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Timefactors PRS-2 Dreadnought

Lesson two: Look at the details; balance is important. They define the subject but can also often draw the eye away if they are in the wrong place.

Let’s talk a bit about light. Light is perhaps the most important element for any photograph – without light there is no subject, and this makes even composition secondary. For a subject like watches, beginners will just look at the subject, or perhaps technical elements of the camera or composition. Amateurs will look for good light; professionals will create their own (and through this, manage to realize the shot they are visualizing).

Lesson three: If you are using ambient light, pay attention to how the light falls; reflections, shadows, etc. Diffuse light is flattering, but will not show texture well. Similarly, direct, bright light is great for showing texture – including dust and scratches.

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Blancpain Leman Alarm GMT

Lesson four: Clean and dust your watches before photographing them – the closer you get, the higher resolution your camera, the bigger and more obvious the dust!

Finally, lesson five: spend some time just looking at the watch before you begin. Identify the angles from which it looks best; which details are distinctive; what do you want to capture? MT

The never-ending quest for more magnification

The arrival of some new adaptors gave me an idea. Just how much further could I push the limits of macrophotography before I need to buy a microscope?

Quite far, it seems.

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What you’re looking at in the image above is a mishmash of gear which could mostly be replaced by a single long tube with a mount at either end. From right to left: Zeiss ZM 2/50 Planar (I tried the Leica 35 FLE, but there wasn’t enough working distance) mounted on Leica Bellows II, mounted on Visoflex III, mounted on Leica M to Nikon F adaptor, mounted on 72mm of Nikon-fit extension tubes, mounted on Nikon F to M4/3 adaptor, with an Olympus Pen Mini hanging off the end.

The results? See for yourself below. The full frame is slightly less than 2x3mm in most of the photos with the 50mm, and 1.5x2mm with the 35mm. That’s 6:1 or 9:1 on Micro Four Thirds, but more like 12:1 or 18:1 equivalent on FX. I’ve marked on a larger photo of the watch exactly what you’re looking at, for readers intimately familiar with horological architecture. Note that the angle is slightly different in some of the images.

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Does it make sense? No, because we’re clearly a) hitting diffraction limits; b) seeing resolution limits on the lenses used; c) seeing CA, distortions and other artifacts introduced by the sapphire crystal we have to shoot through on the watch and d) very low contrast. And for most watches, there won’t be this level of detail to capture in the first place. Curiously, lighting is actually pretty easy with the 50mm because it has a decent amount of working distance. For all practical purposes, I think 5:1 is pretty much the limit for watch photography. MT

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Balance rim rate/ inertia adjustment screw

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Escape wheel and bearing

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Barrel bearing

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Hairspring and carrier

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Third wheel jewel bearing and bridge end

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Balance stud attachment screw

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Barrel pivot and jewel bearing

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Minute hand tip

POTD: Water, sun and birds

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Water, sun and birds. Prague. Leica M9-P, 28/2.8 ASPH

POTD: International Polar Bear day

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Bob and Nadiah. Leica M9-P, 90/4 Macro-Elmarit M + SB700

Today is international polar bear day. Bundle up and turn down your thermostat a little (or if you live in the tropics like us, reduce your air conditioning power) to try to slow global warming a little. We don’t want all the polar bears to go extinct now, do we? MT

POTD: Breguet La Tradition, part 2

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Another take on the same watch shot a few days ago with the Nikon D700. Leica M9-P, Visoflex III, Bellows II, Zeiss ZM 2/50 Planar. And one Nikon SB700, two SB900s.

A very different view to the D700, right? The transparent trapezoid is a pallet jewel, which controls the locking and unlocking (tick and tock) of the escapement, along with transferring rotation impulses to the balance. It’s barely visible to the naked eye, and no more than a millimeter long, which makes the whole frame around 8x12mm, or about 3:1 magnification. Lighting is normally tricky, but I got lucky with this watch – it has a transparent cutout around the back precisely where the pallet fork and jewels are, which allowed me to light it from behind, with just a little fill from the front to provide definition to the gears. MT

POTD: Breguet La Tradition

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Breguet La Tradition. Nikon D700, 60/2.8 G + 2xSB900s

So how did I do this? It’s not that hard: watch your lighting, and watch your backgrounds. With a sufficiently dark background and perpendicular lighting (the key here is not too diffuse, else your background will also be lit) the reflective surface of the watch with shoot the light right back at the camera. Since the watch is several orders of magnitude more reflective than the background, exposing properly for the watch will completely dial out the background, or at least reduce its luminance to a level where it’s negligible. I could have burned it down to zero, but a hint of texture and delineation for the strap worked best. MT

POTD: Vintage Tudor Submariner

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Vintage Tudor Submariner. Nikon D700, 60/2.8 G Micro + 2xSB900s

Yes, that’s a Rolex crown. Rolex is the parent company of Tudor; or, Tudor is the ‘entry level’ Rolex model. There weren’t really that many differences back then, but these days the main difference is in the movement – all of the Rolexes have in-house movements but the Tudors have Swatch Group-derived ETAs. If you’ve ever wondered how I get lighting like this, the trick is all in the diffusers; the better your lighting control, the less aggressive your specular highlights will be. I use a system of movable translucent but semi-opaque perspex panels to diffuse my flashes. (It’s custom built, so don’t bother looking for one). The other trick is that although the perspective appears to be one way, it doesn’t mean that the subject has to be shot in that orientation, only lit in that orientation and rotated later. MT

See the full series and writeup here on fratellowatches

10X10: 100 ways to improve your photography: Macro tips

Presenting a quick summary of all the non-obvious things I’ve learned in my years of shooting up close and personal.

Disclaimer: As with every other article in this series, I’m assuming you know the basics already.

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Lange Datograph. Nikon D700, 60/2.8 G

10: Watch your reflections! Every time I shoot something polished and reflective, I keep thinking of this viral internet meme called reflectoporn. Don’t google it. You have been warned.

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Jaeger Le-Coultre Gyrotourbillon 2 tourbillon. Nikon D700, 60/2.8 G with 72mm extension.

9: Use bellows or extension tubes to get more magnification. I’ve got both; remember you need to compensate exposure for light loss as your magnification increases. The Nikons do this automatically, but most other cameras don’t. Macro lenses and extension tubes/ bellows work great; make sure they’re high quality items because cheap ones will have non-planar mounts, and result in odd distortion. Note that some lenses won’t work with bellows or tubes because they either bring the focal point inside the rear element of the lens, or the lens design isn’t compatible because the focusing elements are internal.

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There’s no way you’re getting the entire dragonfly in focus without focus stacking. And they don’t stay still for that long. Nikon D3, 105/2.8 VR + 1.4x TC

8: Diffraction vs. DoF: a tradeoff. Pick one. As you stop down more, your DoF increases; but go too far and you also start to lose resolution because of diffraction. Exactly when this kicks in depends on your focal length and the pixel pitch of your camera; on the D700 with a 60mm lens, it starts around f22 and becomes very noticeable by f32. There are a couple of solutions: use a shorter focal length – the 35 ASPH FLE gives me more DoF by f16; or use a tilt shift lens.

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Ants are skittish. Don’t get too close. I’ve had bugs jump on my lens before. Nikon D200, 105/2.8 VR

7: Working distance is your friend. There’s more room for lighting, and less chance of disturbing the subject (especially for those of you who shoot small bugs or insects). For product shoots, since you’re further away, reflections are smaller – and thus require less retouching.

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Speake-Marin Immortal Dragon. Nikon D700, Zeiss ZM 2.8/28 Biogon

6: Macro lenses are used for macro work for a reason. That’s because they’re optimized for near subject distances; the plane of focus is flat and they have correction for common aberrations (spherical, lateral CA, LoCA) especially close up. With a normal lens, as you get closer, the aberrations and distortions get more and more obvious – which is why you don’t want to use a normal lens and extension tubes. There are two exceptions: when you have no choice, and when using certain particular lenses. A good example is the Leica 35/1.4 Summilux-M ASPH FLE; who’d have thought a documentary/ reportage lens with a 70cm near focus limit performs spectacularly on a D700 with extension tubes?

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Jaeger Le-Coultre Gyrotourbillon I. Nikon D700, Leica 35/1.4 Summilux-M ASPH FLE

5: Continuous light sources are good. Not for primary lighting, but for helping focus and composition. Better yet if you mirror your lighting position with the secondary lights. I use a pair of 120 LED video light panels.

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Critical focus plane. Roger Dubuis MuchMore. Nikon D700, 60/2.8 G + 36mm extension tube.

4: Use DOF preview to check your composition. DOF preview? Composition? How are there related? Simple: as you stop down, your composition changes again. And there’s a big difference between f2.8 and f22 at macro distances.

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Sinn 556. This looked very different in the finder because almost nothing was in the plane of focus. Nikon D700, 60/2.8 G

3: Clean your subject well! The better the lighting, the more uniform the subject texture, and the higher the magnification, the more dust you’re going to see. It’s much easier to clean the real object than try to do it in photoshop.

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Lange Datograph. Nikon D700, 60/2.8 G. Focus stack of 20 images with bellows and extension tubes. Magnification set, then camera moved on a rail. If I didn’t, the images wouldn’t align properly because they’d all be at different magnifications. The blue screws at left are about 0.5mm across.

2: Set magnification, not focus. What’s the difference? Each lens gives a certain magnification ratio for a particular focus distance; if you focus first (or only focus) then you’ll find the composition changing – especially at the borders – as the image snaps into focus. I decide how much of the subject I want to cover, and then move the camera to focus. This is especially important at high magnifications – I work all the way up to 6:1.

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Speake-Marin SM2. A short exposure time stops the balance dead – and this thing rotates through 270 degrees eight times per second. Nikon D700, 60/2.8 G + 72mm of extension tubes.

1: Keep your exposure times short. You’re going to be wondering how. I use a flash and the highest sync speed the camera supports; because you’re stopped down and at base ISO, 99.9% or more of the light comes from the flash. And flash times – even at maximum power – are less than 1/1000s usually. Lower power ratings are even faster – this is more than enough to stop camera shake even at very high magnifications. The upshot? I don’t use tripods; they’ve been relegated to holding my flashes! I value the freedom of composition given by handholding the rig. The one exception to this rule is when I need to do focus stacking. MT

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Be creative. Girard Perregaux F1-047. Nikon D700, 60/2.8 G

More of my watch work can be seen here on flickr

POTD: Jaeger Le-Coultre Gyrotourbillon 1 escapement

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Escapement
Technical info: Nikon D700, AFS 60/2.8 G Micro with 72mm of extension tubes. Watch inside diffuser box. Lit by three Nikon SB900s, triggered by the built-in flash on the D700 in commander mode.

Images are aways clickable for larger versions.

First thought: what on earth is it? The pallet fork and escape wheel of the Jaeger Le-Coultre Gyrotourbillon 1 perpetual calendar. The escapement sits within two rotating cages, which move in different axes to counter the effects of gravity. What you’re looking at is the unlocked escapement fork, now allowing the escape wheel to advance by one tooth and transmit its impulse to the oscillating balance. The pinkish synthetic ruby jewel (oblong object at center, in plane of focus) is about a millimeter in length.

One last thing – the watch in question does’t hack, so the cage is constantly in motion. Photographing this thing in the desired orientation is next to impossible because it never stops, can’t be stopped, and by design doesn’t cover the same orientation twice for several hours! MT

The full set and writeup is here on Fratellowatches.

Macrophotography and the Leica M: seriously?

I’m a watch photographer first, and a photojournalist second. My collaboration deal with Leica requires me to use their equipment where possible; since horological photography is my speciality, this would be a focal point (no pun intended) of the arrangement. Except there’s one problem: everybody know the M system isn’t suitable for macrophotography, with the highest possible magnification being 1:3 – which is about 90x60cm on the M9, and nowhere near close enough for the kind of work I do. And let’s not even mention parallax and accurate framing issues. The S2 and 120 macro were suggested – 1:2 on 45x30mm, which is again 90x60mm. What about the compacts? They get close, but only at the wide end – meaning low magnification and high distortion.

So what does one do to get a pure Leica solution but still deliver magnification in the ranges I need – 1:1 and greater?

After a long time trawling the web and pestering my handler about exactly what was available and what wasn’t, I finally decided the M system was the platform to begin with. Not as crazy as you think; in the early SLR era, Leica made a series of attachments called the Visoflex that permitted TTL/ SLR viewing on a rangefinder body. The Visoflex III fits the digital Ms; I happened to find one for sale on a recent trip to Prague. Coupled to a 50mm lens, that would act as a natural extension tube and deliver 1:1 magnification. But what about lighting? The Visoflex prism housing sits very close to the top plate and of course blocks the hot shoe, so a flash or cable was out of the option. Early experiments involved using a large array (120!) of LED lights – normally for video use. Even then, limited stopping down was possible due to light loss from the magnification factor. The resultant images were different – but more of an impression of a watch, rather than a clear depiction. And there was still the low magnification issue to contend with.

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Impressions of a watch; Girard-Perregaux F1-047. M9-P and Noctilux 0.95

Fast forward a bit. A Bellows II was located, together with the Bellows to M adaptor; this solved the magnification issue. Some creative modification (read: cutting, filing, drilling and knots) involving a hot shoe cover, a flash stand and some speaker wire allowed primitive PC sync connection between the M9-P’s hotshoe and a Nikon SB700 slave flash, which would in turn trigger my primary SB900s. The cable is nice and slim and still leaves sufficient clearance for the Visoflex.

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Der Frankenkamera

So what can we achieve with this combination? See for yourself. I haven’t had a chance to test it out on a full blown shoot yet, but the early results are very encouraging.

_M9P1_L1010192 copy Ignore the watch, it’s nothing exciting. What IS exciting is that the right hand side gear is 5mm across; this is the full, uncropped frame.
M9-P and 35/1.4 FLE

See more of my macro work with the Leica M9-P here on flickr