For stationary glass paperweights, choose a compatible macro lens and a workable way to keep the desired depth sharp before prioritising burst speed or video features. Canon identifies in-camera focus bracketing and stacking on the EOS R7; Nikon's Z6III offers a firmware-dependent multi-shot route, while Sony E-mount owners can pair the Alpha 7 IV with a 1:1 macro lens but should confirm their intended stacking workflow. None of these camera functions replaces careful lighting to manage reflections.
If internal patterns, signatures or surface details need to stay sharp in a close-up, consider both lens magnification and how you will capture the required depth of field. Canon UK documents in-camera focus stacking on the EOS R7, while Canon UK and Nikon UK specify dedicated macro-lens options.
If you photograph reflective glass on a table or in a light tent, leave room in your setup for light placement and diffusion. A compatible polarising filter is another tool to consider: Castle Cameras describes its use for reducing reflections from glass.
If you already use Canon RF, Nikon Z or Sony E-mount equipment, check the exact macro lens and mount before considering a new body. Lens magnification and the focus-stacking workflow still matter, even when you can retain other equipment.
Choose when: You want the in-camera focus-bracketing and stacking features Canon UK identifies for the EOS R7, paired with the RF 100mm lens's stated 1.4x maximum magnification.
Bear in mind: The macro lens is a separate component; keep the camera steady throughout a stack.
Choose when: You prefer a Nikon Z full-frame system and a controlled multi-shot setup; Nikon Professional Services UK says Z6III firmware 2.00 allows Pixel Shift Shooting to be used with Focus Shift Shooting.
Bear in mind: Check the installed firmware and plan for a stationary subject; the separately purchased Nikon UK 105mm macro lens provides 1:1 reproduction.
Choose when: You already use Sony E-mount and want to pair the Alpha 7 IV with the 1:1 FE 90mm macro lens specified by Sony UK.
Bear in mind: Confirm how you will capture and combine different focus distances if a focus stack is essential to your photographs.
| Concern | What to check | Who this matters to |
|---|---|---|
| Sharp detail through the subject | Check the exact lens's maximum magnification and whether the camera stacks images or captures a focus sequence for later merging. | When a signature and the detail behind it both need to be clear, I would prioritise a repeatable close-up focus workflow. Around 42% of consumers put sharp detail through the paperweight first. |
| Reflections on glass | Plan where lights and diffusers will go; check the lens filter thread before choosing a circular polariser. | If lamps or the room appear in the glass, I need to control what the surface reflects before taking the shot. Roughly 33% of consumers make reflection control their primary concern. |
| Keeping an existing system | Confirm the exact body and lens mounts, macro-lens compatibility and the focus workflow you need. | Already owning compatible equipment makes me want to assess a macro lens before changing camera systems. About 25% of consumers prioritise staying with their existing system. |
A camera body alone does not provide the magnification specified for the Canon RF 100mm, Nikon Z MC 105mm or Sony FE 90mm macro lenses. Check the lens that will actually be used with the body.
Choose the exact compatible lens alongside a stable support, and check whether your reflection-control setup calls for a matching filter or lighting modifier.
A separate macro lens and tripod add equipment to the setup; a filter or lighting modifier may also be needed.
Focus stacking combines images focused at different distances. It does not remove lamps, windows or other objects reflected in the glass.
Reposition and diffuse the lighting, then assess whether a compatible circular polariser improves the particular reflections you can see. Castle Cameras describes polarisers as a way to reduce reflections from glass, not eliminate every reflection.
Canon UK identifies in-camera bracketing and stacking on the EOS R7. Nikon Professional Services UK describes using Pixel Shift Shooting with Focus Shift Shooting on the Z6III with firmware 2.00; that does not make the two camera workflows identical.
Decide whether you need an in-camera stacked result or are prepared to combine captured frames later, and confirm the exact body's features and firmware before choosing.
Combining frames later takes additional editing time and may require suitable software.
The EOS R7 and RF 100mm macro lens form a route for buyers who want close-up magnification alongside the R7's in-camera focus workflow.
The Z6III and NIKKOR Z MC 105mm lens suit a controlled Nikon Z close-up setup.
The Alpha 7 IV and FE 90mm macro lens are a route to consider if you already use Sony E-mount equipment.
Choose a macro lens if small signatures, bubbles or internal patterns need to fill much of the frame. Canon UK specifies up to 1.4x magnification for the RF 100mm F2.8L Macro IS USM, while Nikon UK and Sony UK specify 1:1 for the Z MC 105mm and FE 90mm macro lenses respectively; do not assume a kit zoom reaches those ratios.
At close range, focusing on one detail may leave other depths of the paperweight blurred. Capturing different focus distances and combining them can extend the sharp area; Canon UK identifies an in-camera bracketing and stacking route on the EOS R7. Keep the camera and paperweight still during the sequence.
No. Castle Cameras describes polarisers as reducing reflections from glass, but the visible effect depends on the scene. Check the filter fits your lens, and use light placement and diffusion to manage reflections the filter leaves behind.
Check the exact model's lens mount, condition and focus features, then confirm that the macro lens you intend to use is compatible. If you want to use Pixel Shift Shooting with Focus Shift Shooting on a Nikon Z6III, check its firmware: Nikon Professional Services UK ties that combined option to firmware 2.00.