How to photograph spare parts: a 10-step guide for 2026

To photograph spare parts well, sort them by category, clean each part, name every image with its part number or SKU, and shoot from a consistent set of angles against a pure white background under soft, diffused light. Reflective metal parts need diffusion and careful light placement to control glare, and small parts need a scale reference so buyers can judge real size. This guide walks through each step, the equipment and settings to use, and where automation saves the most time on large catalogs.

Key takeaways on how to photograph spare parts

• Name every image with the manufacturer name and part number (or SKU) at capture - it's what links photos to the right listing later.
• Use soft, diffused light and a light tent or softbox for metal, chrome, and transparent parts; direct light creates glare you can't fully fix in post.
• Shoot the same angle set for every part in a category: front, back, sides, top, connection points, and the part-number label.
• Show scale. A screw and a car seat photographed the same way look the same size.
• Keep post-production light: a white (RGB 255, 255, 255) background, a clean clipping path, and no watermarks on marketplace or Google Shopping images. Used parts should show their real condition.
• Templates are what keep a catalog of thousands of parts consistent - on paper in a manual studio, or saved in software like Orbitvu Station.

Why is spare parts photography difficult?

Spare parts combine four problems most product categories only have one of.

Scale is the one people forget. Without a reference, a customer can't tell a 10 mm fitting from a 100 mm one, and that ambiguity turns into wrong orders and returns.

What equipment do you need to photograph spare parts?

Not sure which lens covers both screws and brake discs? Our guide to choosing the best lens for product photography breaks it down.

What camera settings work best for spare parts?

Start here and adjust per category:

• ISO: as low as your camera allows (typically 100-200) to keep noise out of metal textures.
• Aperture: around f/8-f/11 for front-to-back sharpness. Very small parts may need focus stacking, since even f/11 can leave the ends soft at macro distances.
• Focus: manual. Autofocus tends to hunt on reflective and low-contrast surfaces.
• White balance: custom or a fixed Kelvin value, never auto - auto white balance shifts between shots and makes a category look inconsistent.
• Shutter speed: on a tripod with constant light, whatever gives correct exposure; the part isn't moving.

Write the settings down per category, or save them in a template (step 4), so the next session matches the last. For the reasoning behind each setting, see the ideal product photography camera settings.

How do you photograph spare parts, step by step?

1. Sort products by category

Take the category list from your store, catalog, or PIM system and sort the parts to match it before you shoot. It sounds like admin, but it's what makes everything after it faster: you shoot one category at a time with one setup, and the images arrive already grouped the way your customers filter - by make, model, year, or part type.

A practical order: group by category first, then by size within each category, so you change the camera distance and lighting as rarely as possible. Sorted inventory also makes stock control and product data updates easier on the backend.

2. Prepare and clean every part

Preparation takes time, but less than retouching the same flaws out afterwards.

• Wear white gloves when handling shiny, plastic, or mirrored parts to avoid fingerprints.
• Blow off dust with compressed air, then clean fingerprints and grime with a suitable detergent and a lint-free cloth.
• On new parts, cover small handling scratches with paint, markers, or polishing paste where that's acceptable for the part.
• On used, refurbished, or remanufactured parts, clean them but don't hide wear. The buyer needs to see the real condition - that's what they're paying for.

💡 For a fuller checklist, see our guide to preparing products for a photography session.

3. Scan the part and name files with the part number

Naming is the step that decides whether the rest of the workflow is smooth or painful. Name each product using the manufacturer name and part number, and scan the SKU code from the tag. Put the SKU in the file name too.

The SKU is what links the photos to the product record in your store, PIM, or ERP, so images can be matched to listings in bulk instead of one by one. It also helps customers: a visible, correct part number is one of the first things a buyer checks before ordering.

In Orbitvu Station, the workflow starts by scanning the barcode, so every session is identified before the first shot. Where a label carries more than a barcode, AI OCR reads the part number and other label data straight off the part or its packaging and structures it for your PIM or ERP - read from the real label, not typed by hand.

4. Create a template for each product category

In a manual studio, repeating a setup means taping lamp and tripod positions to the floor and writing aperture, ISO, and exposure in a notebook. Change the setup for a different part and you lose that repeatability - which is exactly when a catalog starts to look inconsistent.

Plan templates by size as well as category. A bumper, a door panel, or a car seat needs a different camera distance, a bigger background, and more light than a sensor - our large product photography tips cover that end of the range.

With product photography software such as Orbitvu Station, camera settings and light intensity are saved in product sessions, so a category's setup can be reloaded for every new part. Sessions can also be moved between capture and post-production workstations. If you're shooting tethered in a manual studio, our guide to tethering software for product photography explains what to look for.

5. Capture the part from every angle that matters

Use the same angle set for every part in a category. A practical starting shot list:

Keep scale references, label close-ups, and barcodes out of the primary white-background image if your marketplace or standard requires the product alone - put them in secondary images instead.

Keep small parts steady. Washers, seals, and clips roll or lie flat. Stand them up on a clear acrylic stand, a dab of museum putty, or a pin pushed into the base, positioned where the camera won't see it or where it's easy to remove in post. Keep the support the same across a category so the angles stay consistent.

6. Create 360° spins

A 360° presentation is the closest a buyer gets online to turning the part in their hand. It lets them check connectors, mounting points, and finish from every side before they order, which builds confidence in fitment. Shooting and assembling a 360° spin by hand is slow; product photography systems such as Alphastudio Compact capture spins of medium-sized parts on a motorized turntable. Orbittours (product tours) can add clickable details on top of the spin.

💡 For more on how product visuals affect sales, read how to increase the e-commerce conversion rate, and for the full 360° workflow, see our 360 product photography guide.

7. Light reflective, transparent, and dark parts with care

Most spare parts are metal, chrome, mirrored, or transparent, so they reflect your lights and everything around them. The fix is to control what the part reflects:

• Diffuse everything. Softboxes, diffusers, photo umbrellas, or a light tent turn hard light into broad, even light with softer reflections.
• Use honeycomb grids on softboxes to control spill and keep light off areas that shouldn't shine.
• Add white and black cards. White cards fill shadows; black cards placed just out of frame create dark edges that show the shape of chrome and polished surfaces.
• Move lights, not the part. Small changes in light angle move reflections off critical details like part numbers and threads.

Transparent parts - headlight lenses, indicator covers, sight glasses - need light from behind or the side to show their edges. Our guide to photographing glass products covers the technique.

Black rubber and plastic parts have the opposite problem: seals, hoses, and housings soak up light and lose their texture against a white background. Add light rather than contrast, use a large soft source close to the part, and check the histogram so the shadows keep detail.

Where a reflection still lands on the wrong spot, AI Retoucher removes reflections and small blemishes while keeping the part real - as long as you don't use it to hide genuine wear on used parts.

💡 For a full walkthrough, see our product photography lighting guide.

8. Edit to the channel standard, not beyond it

Many retailers and data pools follow the GS1 Product Image Specification Standard. It recommends removing the background to white (RGB 255/255/255) with a clipping path on primary images. We've covered it in more detail in GS1 image standards and how automation helps. Common channel requirements:

Reflective parts make background removal harder: light the background too much and the part overexposes; light it too little and you're cutting the background by hand. In Orbitvu Station, IQ Mask removes the background automatically, and AI Masking handles the cases where standard masking struggles with the lighting - the part keeps its real shape. Fine edges and transparent materials can still need a quick manual check.

One more rule: edit to show the part, not to improve it. A retouched part that doesn't match what arrives in the box is a return waiting to happen, and in the EU, AI-edited visuals are getting closer regulatory attention - see the EU AI Act and product photography.

💡 More on this in our guide to shooting white products on a white background.

9. Publish images by SKU

With correct naming and SKUs in place, publishing is a matching exercise. Done manually, you go product by product, uploading and attaching images. In Orbitvu Station, you choose an export profile - destination, file type, resolution, naming pattern, cropping, watermark, and options like product shadow or reflection - and batch publish. Direct export destinations include Magento, PrestaShop, WooCommerce, Shopware, and Shopify, with custom integrations possible for other systems. See what end-to-end automation looks like from capture to publish.

Before images go live, make them findable too:

• Alt text: part name, manufacturer, part number, and the view (for example "[Manufacturer] [part number] brake pad set, front view").
• File names: keep the part number from step 3 - search engines read file names.
• Structured data: add product markup (including image, SKU, and MPN) to product pages so search engines and AI assistants can match the image to the exact part.

10. Keep content consistent across your catalog

Once everything is live, check that it looks like one catalog: the same angles, the same white background, the same framing across every category. Content consistency makes a large catalog easier to browse and compare, and it matters most on marketplaces like Amazon and eBay, where your listings sit next to competitors'.

Make it a routine, not a one-off:

• Spot-check a sample from every category after each shoot against the template.
• Re-shoot parts whose design, packaging, or label has changed - a stale photo of a superseded part is as bad as no photo.
• Keep one written image standard for everyone who shoots, in-house or outsourced.

Should you use a manual studio or product photography automation?

A manual studio gives a skilled photographer full control, which still matters for hero shots and unusual parts. But across a large catalog, holding lighting and composition steady by hand takes constant readjustment. Most teams land on a mix: automation for catalog volume, a photographer's eye for the parts that need it. If you're comparing systems, our buyer's guide to product photography systems lists what to check.

How can automation help with spare parts photography at scale?

The steps above work in any studio. The difference at scale is how much of the repetition you do by hand. Orbitvu's systems for automotive and spare parts photography connect capture, processing, and publishing in one workflow:

• Templates keep every part in a category shot with the same lighting, camera position, and angles.
• AI Photo Assistant sets up the lighting and camera settings for the product you're shooting - the final choice is yours.
• IQ Mask and AI Masking remove the background automatically while keeping the part's real shape.
• AI OCR reads part numbers and label data off the part or its packaging and structures it for your PIM or ERP.
• Barcode scanning and SKU-based naming tie every image to the right product record.
• Batch export publishes to your store or systems without a separate upload for each part.
• Devices for different part sizes - Alphastudio Compact handles stills, 360° spins, and video of medium-sized parts up to 80 × 70 × 130 cm and 100 kg; Alphashot XL G2 captures stills, 360° spins, video, and label data in one device, and its MDC variant adds dimensions and weight for parts up to 60 × 40 × 70 cm and 25 kg.

Want to see it on real parts? Watch our video, Mastering industrial product photography: expert tips for perfect shots.

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💡 If you're weighing the costs and business case of automating, read our business case for automating spare parts photography.

See automotive photography systems → · Book a free demo →

Frequently asked questions

What is the best background for spare parts photos?

A pure white background (RGB 255, 255, 255) for primary images. It's what the GS1 Product Image Specification recommends and what Amazon requires for main images. Use lifestyle or in-vehicle shots as secondary images.

How do you photograph shiny metal or chrome parts without glare?

Use soft, diffused light from softboxes or a light tent, place lights at angles that move reflections off key details, and use black cards just out of frame to define the edges of polished surfaces.

How many photos should each spare part have?

Enough to show every detail a buyer checks before ordering: typically a front primary image plus back, sides, top, connection points, a part-number close-up, and a scale shot. Keep the same set for every part in a category.

How do you show the size of a spare part in photos?

Add a secondary image with a ruler or a familiar object next to the part, and list exact dimensions in the product description. Keep the primary image product-only if your channel requires it.

How do you keep small parts steady for photos?

Use a clear acrylic stand, a small amount of museum putty, or a pin in the base, placed out of the camera's view or where it's easy to remove in post. Use the same support for every part in the category.

How should you photograph used spare parts?

Clean them, but don't retouch away wear. Add close-ups of any marks or damage, and always photograph the actual item - eBay, for example, doesn't allow stock photos for used or damaged items.

What camera settings should I use for spare parts photography?

A good starting point is low ISO (around 100-200), an aperture of about f/8-f/11 for sharpness, manual focus, and a fixed white balance. Use a tripod and save settings per category.

Should I put part numbers in the photo or the file name?

Both, where possible. Name every file with the part number or SKU so images match the right listing, and include a close-up of the part-number label as a secondary image so buyers can confirm it's the exact part.

This article was originally published in July 2023, and was recently updated with AI assistance for comprehensiveness.

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