Why Electronics Are Hard to Photograph
Most product categories give you one or two surface types to manage. Electronics often combine all of them in a single shot: matte plastic, glossy plastic, brushed metal, glass, and emissive screens. Each surface reacts differently to light, which is why an evenly lit white-background setup that flatters apparel often falls apart on a smartwatch.
What goes wrong
- Overhead lights mirrored on screens and laptop lids
- Brushed metal looks flat and gray instead of metallic
- Logos and ports lose detail in shadows
- Black devices turn into silhouettes with no texture
- Color of plastic shifts under tungsten or warm LEDs
What good shots show
- Clean specular highlights with no studio reflections
- Brushed metal with directional sheen
- All ports, buttons, and seams readable
- Black surfaces with separation and texture
- Color-accurate against neutral white
Lighting Setup for Reflective Surfaces
The single biggest fix for electronics is switching from point lights to broad, diffused sources. A bare bulb or small softbox creates a small, hard reflection. A large diffusion panel — close to the product — creates a wide, soft reflection that reads as a gentle gradient instead of a distracting hotspot.
For most electronics, a two-light setup works:
- Key light: Large diffusion panel or 4x6 ft scrim, 45 degrees above and to one side, close enough that it wraps around the product.
- Fill: White bounce card on the opposite side, or a second smaller diffused source at half power.
- Background: Separate the product from the background by at least 3-4 feet so backdrop light does not spill onto the device.
Wear black. Reflective surfaces will pick up the photographer, the camera, and any bright clothing. A black shirt and a flag in front of the camera body kills most ghost reflections before they reach the sensor.
Handling Screens, Glass, and Black Surfaces
Screens are the trickiest single element. You have two reasonable options: turn the screen off and shoot it as a dark surface, or composite an on-screen image in post. Trying to photograph a live screen at the same exposure as the device body almost never works — the screen is either blown out or the body is underexposed.
For black devices, light from the side rather than the front. Side light skims across the surface and reveals texture; front light flattens it into a featureless shape. A black flag on the camera side prevents the lens from creating a bright reflection in the device finish.
| Surface | Lighting Approach | Common Mistake |
|---|---|---|
| Glossy screen | Off, then composite | Live shoot with overhead light |
| Brushed aluminum | Long, narrow soft source | Square softbox creates blob highlight |
| Black plastic | Side or rim light | Flat front lighting |
| Speaker grille | Light skimming across mesh | Soft front light hides the texture |
| Glass lens | Polarizer + dark surround | Bright surround reflected in lens |
The Shot List Every Electronics Listing Needs
Marketplaces and DTC sites have settled on a fairly consistent set of expected images. Missing any of these correlates with lower conversion in most categories.
- Hero / main image — three-quarter angle on white, full product visible.
- Front straight-on — for size and proportion reference.
- Back / ports view — shoppers want to confirm USB-C, HDMI, etc.
- Top or detail of controls — buttons, dials, logo placement.
- Scale shot — in hand or next to a common reference object.
- In-use lifestyle — on a desk, in a bag, mounted on a wall.
- What is in the box — flat lay of cables, adapters, manual.
Where AI Retouching Saves the Most Time
Even a careful shoot leaves work for post-production. Dust on dark plastic, fingerprints on screens, slight color shifts between SKUs, and the inevitable studio reflection that snuck into a logo edge — these are the tasks that historically eat hours per image. AI retouching collapses most of them.
For brands shipping dozens of SKUs a month, this is the difference between a one-week post-production cycle and a same-day turnaround. Tools like Retouchable handle background swaps, dust and reflection cleanup, and consistent color across product variants in a single batch pass — at a fraction of traditional retouching costs.
Common Mistakes to Avoid
Shooting electronics on textured surfaces. Wood grain or fabric reflects in glossy plastic and metal, and looks like a defect to a customer scanning thumbnails. Use a clean seamless or a smooth acrylic riser.
- Auto white balance: set a manual white balance or shoot a gray card. Auto WB drifts between shots and breaks SKU consistency.
- Wide aperture: f/2.8 looks pretty but loses sharpness on rear edges. Stop down to f/8-f/11 for product shots.
- Forgetting cables: coil cables neatly or shoot them separately. Loose cables in hero shots look unprofessional.
- Ignoring power LEDs: a tiny bright LED can blow out an exposure or distract the eye. Tape it over or remove the battery for the shot.