Electronics Product Photography: A Seller's Playbook

Electronics are the hardest common category to photograph, and it comes down to two properties most products don't have: the surfaces are mirrors, and part of the product emits its own light. Solve those two and the rest is ordinary product work.

This is the working method, plus the retailer shot lists that decide how many frames you actually owe.

1. Light the room, not the device

The single idea that makes reflective products manageable is that you are not lighting the object — you are lighting whatever the object reflects.

Visual Education states the rule and the consequence together: "The angle of incidence is equal to the angle of reflection," and therefore "Any light (natural sun, flash, or continuous) directed at a reflective surface while also positioned within the family of angles will send reflected light directly into the camera." The family of angles is the arc of space that a given surface, seen from your camera position, can bounce into the lens. Anything inside it shows up: your softbox, your ceiling, the window behind you, you.

Two practical moves follow.

Move the light outside the arc. Broncolor's own writeup of an electronics shoot shows this in a single sentence about placing a light: "It comes far from the right side to avoid any unwanted reflection in the shiny black 'broncolor' lettering." That is the whole technique. Not more diffusion, not a bigger modifier — a different position.

Block what you can't move. The same shoot puts a black card between the product and its own light source: "In a second step another black flag is placed between the object and the large Softbox." Black cards are the most useful thing in an electronics kit, because a glossy black casing needs darkness reflected into it to read as glossy black. A white-walled room is why your phone photos of a phone look gray.

A polarizing filter helps on screens and glossy plastic and does nothing for aluminium or chrome — a distinction worth understanding properly, because "just use a CPL" is the standard bad advice in this category. How to remove glare from photos covers the physics and the angles. Budget for the cost too: B&H notes a circular polarizer eats "between 1-3 stops of light."

2. The powered-on screen is a separate photograph

A live display fails on camera in two independent ways.

The first is banding. The screen refreshes on its own clock while your shutter is open, and a short exposure catches it mid-cycle as dark stripes. Canon's explanation of the same effect for flickering room lighting gives the principle: "If the shutter speed is longer than the frequency (or cycle) of the flickering light source, the flicker effect on the exposure or color is minimal because the exposure time is long enough." Canon is describing 100Hz and 120Hz lamps rather than monitors, but the mechanism is the same family — a short window samples a modulating source, a long window averages it.

The second is moiré. Nikon defines it as "a new pattern that is created when two patterns overlap" — here, the display's pixel grid against your sensor's. Nikon's fixes are all about breaking the alignment: rotate the camera slightly, move left or right, change the focus point, or change focal length. Shoot raw, because moiré baked into a JPEG may not come out.

The professional answer to both is to stop trying to get the screen and the body in one exposure. Broncolor's method, in their words: "Turning off all the lights (studio and modelling lights) and using a long time exposure on the camera, makes all the LEDs appear in the final photograph." Their published settings for that frame were ISO 100, 120mm, 1 second, f/22. Their iPad setup applies the same idea to a full display: "a long-time exposure makes the picture displayed on the iPad visible in the final photograph."

So the routine is: lock the camera on a tripod, shoot the flash-lit exposure for the casing, then kill every light and shoot a second long exposure for the screen and any status LEDs. Same framing, two files, combined afterwards. Nothing in that requires a studio — a tripod and a dark room will do it.

3. Distance, not focal length, is what distorts

This one is worth getting right because most advice in this category names the wrong cause. B&H is unambiguous: "a rectilinear lens, regardless of its focal length, will not distort objects in the frame, beyond the aforementioned lens distortions." The caption under their comparison images is blunter — "the same sedan captured through the same 14mm lens at a different distance shows considerably less distortion proving that subject-to-lens distance, not focal length, is the distortion culprit."

The mechanism they give: "The closer the object is, the greater the difference of the angle between objects at the center of the frame and the edges." Stand close to a laptop and the near corner is dramatically closer to the lens than the far one, so it renders bigger. A long lens fixes it only because it forces you to stand back, which B&H also notes gives "a more comfortable working distance."

For reference, Broncolor's electronics frame was shot at 120mm on digital medium format. I won't hand you a focal-length rule, because I couldn't find one from a source I'd trust — the "use 85–100mm" numbers circulating are blog consensus, not manufacturer guidance. Work it the other way: back up until the parallel edges of the device look parallel, then zoom to frame.

4. Prep, which matters more here than anywhere

Black glossy plastic and brushed aluminium record every fingerprint at the resolution a listing zoom will show. Orbitvu's shoot-prep guide gives two lines worth following literally: "Use gloves when handling highly reflective items prone to leaving fingerprint marks," and, specific to this category, "Electronics: Ensure screens are clear and remove any stickers or foils."

That second one is the standard own-goal. Protective film comes off before the shoot, not after — it dulls the finish, shows lint under it, and often has a peel tab visible in the frame.

5. What retailers actually ask for

Here is something the how-to articles in this category never mention: major electronics retailers publish their shot lists as open PDFs, and they are category-specific.

Best Buy's Canadian Product Shot Guides — forty category PDFs, no login needed — set a generic minimum of five frames — a dynamic 45° main image plus front, side, back and top — with specs stated as "Resolution: 300 DPI", "Size: Minimum 1500 pixels X 1500 pixels", and "Crop close to the product on a white background". Enhanced sets add a close-up/feature shot, a size reference, a lifestyle shot and a 360° video.

Then the category guides diverge in ways you'd never guess:

Those four closed-lid frames are the kind of requirement that costs you a reshoot if you find out about them after the product has shipped back. Two caveats worth stating: that index is Best Buy Canada's and its last published update is 2019, and US merchandising content on the same portal sits behind a login. Treat it as a strong illustration of how specific retailer shot lists get — then ask your own account manager for the current one for your category.

On Amazon, the rule that catches electronics sellers is about contents rather than angles. In a Seller Forums post on 2026 photography standards, an Amazon staff account states the main-image requirement as: "Display only what's included in the purchase (no props or accessories that aren't part of the order)." For a charger bundle or a camera kit that is a real constraint — the cable you didn't include can't be in the frame. (That's an Amazon staff forum post rather than the binding help page, which doesn't render for automated readers; treat Seller Central as the authority on the day.) Amazon product image requirements covers the general spec set, and white background product photos covers getting there.

6. Consistency across a catalog is a process, not an eye

If you are shooting forty SKUs, the enemy is drift. B&H's guidance on high-volume work is written for portrait sessions, but the discipline transfers exactly: "Trusting your eye is simply never going to be as reliable as using in-camera masks and guidelines," and "Once the shutter starts firing, you want to avoid making any compositional adjustments for the rest of the assignment."

Concretely: tape the tripod legs, set an in-camera framing guide, write the shot list before you start, and shoot every SKU through the whole list before you touch anything. A light tent helps for the same reason B&H gives — "This level of predictability is essential when you want to create a series of product images with a uniform look" — though tents are sized for small items, so a laptop needs a scrim and flags instead.

Where AI fits, honestly

AI generates the scene around your product, not the product. That distinction decides where it is useful on an electronics listing.

For a marketplace main image, you need the real device on plain white with nothing extra in frame. 43frames' Clean White Product Shot and Amazon White Background presets are built for that; both instruct the model to "keep its exact shape, proportions, colors, label, and branding" when you supply a product photo, and both specify no props, hands or text. Note what that phrasing is: an instruction in the prompt, not a guarantee. Check the output against the real device — especially port shapes, logo placement and button count, which are exactly where a generative model invents.

For a hero or ad image, generation earns its place. The Tech Gadget Hero preset produces "a premium tech photograph of the featured device on a dark gradient backdrop with subtle cool accent lighting" with "crisp reflections trace its glossy surfaces while matte materials stay soft." That dark-gradient look is a lot of work to build physically and it is not a main-image style — use it for the secondary slots, the ad, the site hero.

What AI will not do for you is the screen. A generated display shows plausible invented content, which for a phone or a monitor is the most scrutinized part of the image and often the thing being sold. Shoot that yourself, as its own exposure, as above.

Related playbooks: how to photograph glass and reflective products goes deeper on mirror-like surfaces, jewelry product photography is the other extreme-reflection category and shares the tenting logic, and product photography cost covers what outsourcing this runs.

FAQ

How do I stop reflections on a glossy phone or laptop? Move the light out of the arc the camera can see through the product, or block it with a black card. Adding diffusion to a badly placed light does not help.

Why does my screen photo have dark bands? The display refreshes while the shutter is open. Shoot the screen as a separate long exposure with the room lights off and combine it with the flash-lit body frame.

What focal length for electronics? Distance causes distortion, not focal length — B&H is explicit on this. Back up until the edges look parallel, then zoom to frame.

How many photos does a retailer want? Category-specific and published. Best Buy's vendor guides ask for at least a 45° main plus front, side and back, and laptops add four closed-lid frames.

Can AI make my listing photos? It can build the scene around a real photo of your product. It should not be drawing your ports, your logo, or your screen content.