Chips
Photo Angles
A simple note on taking clear product and part photos so customers can see edge quality, coating colour and cut detail.
Good photos matter when a client is approving cut quality, tool wear, or a rainbow-coated bit for the next run. Photo Angles explains what to capture so machining queries are clear the first time.
Photo Angles is about showing the cut, not the workshop clutter. Use one sharp image for the full part and one close shot of the edge so coating colour, chip-out and finish can be judged properly.
Angles that reveal edge finish
- Face shot with full part visible
- Close-up of edge, corner, and coating
- Include the exact tool or bit used
- Label top face, underside, and cut direction
A useful photo set usually starts wide, then moves tighter. Show the whole component first, then crop in on the area where tear-out, burrs, step lines or coating wear can actually be seen. That makes it easier to compare one sample against the next run.
How photo angles show rainbow-coated bits and cut edges
Photo Angles should help customers see what the machine actually produced. Take clear shots that show edge quality, coating colour, and cut detail without dust, blur, or poor lighting getting in the way.
Lighting changes what a customer thinks they are seeing. MDF dust can hide fuzz on an edge, while aluminium glare can make a poor finish look cleaner than it is, so wipe the part and avoid harsh reflections before taking the shot. In Johannesburg, Durban or Cape Town, workshop light varies a lot between factory bays, which is why window light or an even bench light helps.
Photograph the first approved sample before it picks up handling marks. Place the part on a plain board or bench top so the eye goes straight to the cut detail, not offcuts, clamps or spanners nearby. One image beside a steel rule or tape also helps when a slot, radius or chamfer is being queried.
Views worth sending with queries
Good reference photos should show more than a pretty finish. Include the problem area, the overall shape, and one angle that shows depth if the part has pockets, grooves or bevels. For rainbow-coated bits, add a clean shot of the flute area so wear marks and colour shift are easy to read.
Before you send anything, check that the image is in focus at the actual point of interest. A blurred spindle in the background tells less than one clear frame of the cutter, sample and machine setup taken from operator height.
- One wide shot for context
- One macro shot of the defect
- Filename includes material and part reference
Workshop lighting across SA
South African shop conditions can change how a finish appears on camera. Fine dust settles fast on routed board, coastal humidity can dull a stored tool, and fluorescent fittings in older bays often cast a yellow or green tint over metal and coating colours. Note these factors when a customer is comparing a fresh sample with a part photographed later.
Power interruptions can also affect what gets recorded. If the machine stops mid-run, take a photo of the edge exactly as it stands before brushing away chips, because restart marks and witness lines are easiest to spot in that moment. On bright afternoons, turn the part away from direct sun so reflective tooling does not wash out detail.
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Photo checklist for sample cuts
A simple note on taking clear product and part photos so customers can see edge quality, coating colour and cut detail.
When documenting a sample cut, capture the part number, material, cutter diameter and viewing angle while the setup is still fresh. A short note paired with the images is often enough to show whether the issue sits with feed, tool wear, hold-down or material face quality.
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