For individual small parts, a close-focus compact offers a way to work without choosing a separate lens: OM SYSTEM says the TG-7 focuses from as close as 1 cm in Microscope Mode. If your portfolio needs different framings or a dedicated macro lens, consider an interchangeable-lens setup instead, but check magnification, lighting clearance and how you will keep raised components sharp.
If labels, pins, solder joints or surface textures need to be legible in the final still, start with close-focus capability or macro magnification. Leave room to light the part, and expect a shallow area of sharp focus at close range.
If you photograph boards or finished pieces across several projects, consistent framing matters. Focus bracketing or stacking can help with raised details when the camera and subject stay still.
If you also film assembly or demonstrations, screen position and video connections may affect your choice. Check close-focus capability separately: video features alone will not resolve tiny details in portfolio stills.
Choose it when: You mainly photograph individual parts and want close focus without selecting a separate lens; OM SYSTEM says the TG-7 reaches 1 cm in Microscope Mode.
Trade-off: A fixed lens limits later lens changes, so check whether you can position light around your smallest subjects.
Choose it when: You need to select a lens for the size of the parts and the framing your portfolio requires.
Trade-off: The body needs a suitable compatible lens, and close work still calls for attention to lighting and depth of field.
| Concern | What to check | Who this matters to |
|---|---|---|
| Small details | Compare maximum magnification and closest focus for the exact camera or lens, then check the space available for lighting. | If the smallest labels and pins need to fill more of my frame, close-up capability comes before other features. Around 31% of consumers put tiny-detail legibility first. |
| Front-to-back sharpness | Check whether the camera captures a focus-bracketed sequence or produces a stacked image, and plan stable support. | A raised connector should not leave the rest of my board soft in the final image. For around 31% of consumers, keeping parts at different depths sharp is the primary need. |
| Repeatable portfolio work | Check screen articulation, compatible lens choices and how you will keep framing and lighting consistent. | When I document several projects, I want to frame each board or finished piece consistently. Around 25% of consumers chiefly need a repeatable still-photo workflow. |
| Process video | Check the exact model’s video mode, screen position and audio connections, as well as the lens’s close-focus ability. | If I also show assembly steps, I need video that fits my demonstration as well as usable stills. Process video is the leading need for around 13% of consumers. |
Sensor resolution does not establish how large a tiny component can appear in the frame. Canon specifies up to 1:2 magnification for its RF 35mm F1.8 Macro IS STM, while Nikon specifies 1:1 for the NIKKOR Z MC 50mm f/2.8.
Identify your smallest subject, then compare magnification and closest focus for the exact body-and-lens combination.
A body-only setup may also need a compatible close-up or macro lens.
Canon explains that depth of field becomes shallower as you move closer. A connector or populated board may have details at several distances from the lens.
For stationary subjects, check whether your camera offers focus bracketing or in-camera stacking, and use a stable tabletop setup.
A bracketed sequence may need separate image-stacking software to produce a combined image.
Very close focusing can leave little room to position light around reflective parts. Nikon’s stated 0.16 m minimum focus distance for the Z MC 50mm f/2.8 does not, by itself, tell you whether your lighting will fit at the front of the lens.
Check the practical lens-to-subject clearance at the framing you intend to use before settling on a close-focus route.
For UK disposal, GOV.UK advises taking electrical products and batteries to an appropriate recycling collection point rather than putting them in household rubbish.
Plan a suitable collection route when replacing a camera or its battery.
The TG-7 is a fixed-lens route for photographing small parts without choosing a separate macro lens.
The EOS R50 and a compatible RF close-up lens offer an interchangeable-lens route for tabletop stills.
The NIKKOR Z MC 50mm f/2.8 is a dedicated macro-lens option for a compatible Nikon Z body.
LUMIX G is an interchangeable-lens route for buyers interested in stacking stationary close-up scenes in-camera.
Not necessarily: it depends on how small the detail is and how much of the frame it must occupy. Nikon specifies 1:1 magnification for the Z MC 50mm f/2.8, while Canon specifies up to 1:2 for the RF 35mm F1.8 Macro IS STM; OM SYSTEM’s TG-7 offers a close-focus mode without a separate lens. Compare the intended framing and leave enough space for lighting.
It may help, but close focusing makes depth of field shallow, so a raised part may still need more than one focus position. For a stationary subject, check whether your camera captures focus-bracketed frames or combines them in-camera, and keep the setup stable.
Check the compatible lens’s magnification and closest focus before treating the body as a solution for tiny components. Also consider lighting clearance, tabletop framing and whether the camera provides the bracketing or stacking workflow you need.
Use an appropriate electrical-waste or battery collection point rather than household rubbish, as GOV.UK advises. Check which collection route accepts the camera and its battery when you replace them.