Edgework
Photo Angles
A practical floor note on taking job photos that show edge quality, tooling and setup clearly.
Good workshop photos save arguments later. One image of tool wear, board label, sheet layout or a chipped edge can explain what a long message misses. Photo Angles shows teams what to capture around cutting cells and tooling so fault-finding starts with evidence, not memory.
Photo Angles is written for the moment when a chipped edge, burn mark, or tool line needs proof. The note sets out what to frame, how close to stand, and which labels to include so the image can be read later by production, tooling, or procurement.
Frames that reveal edge condition
- Cut face shown square to camera
- One full-cell image for machine context
- Board label or drawing code visible
- Tool number plate captured where fitted
A close image is useful only when the wider setup is also recorded. Photo Angles pairs detail shots of the cut edge with one image that shows sheet position, fence, hold-down, and tool direction. That combination helps separate tooling wear from loading error or board movement.
Phone camera habits at the cell
Photo Angles shows how to photograph a job so edge quality, tooling and setup can be read without guesswork. Good floor photos should show the cut face, the tool in use, and enough of the cell to place the problem.
Light matters more than megapixels when photographing fresh cuts. In Johannesburg and Pretoria workshops, dust on the lens and bright roof glare can wash out fine chipping, while in Durban the softer coastal light can hide scorch marks on darker sheet. Step out of direct glare, steady the phone, and let the edge fill enough of the frame to show fibre pull-out or laminate breakout.
Take the first photo before the offcut bin is moved and before the tool is changed. Include the sheet sticker, the stack orientation, and any note on feed direction so the next reader can tie the damage to the exact run. A photo taken after cleanup often removes the clue that mattered.
What each image should prove
Each picture needs a job. One should confirm edge quality, one should identify the tool in use, and one should place the issue within the cell. When those three views are kept together, the record is stronger than a message that says the cut looked rough.
Use Photo Angles with the linked Edgework note when the concern is chip-out, polish, or witness marks on the cut face. Pair it with Applications if the board type, laminate, or adhesive stack-up may be part of the cause, and with Cutters when tool geometry or wear is under review. To send in a case, use the contact form and name the cutter and job.
- Evidence gathered before cleanup starts
- Reference shot taken from operator position
Workshop conditions that distort photos
Older industrial sites often have mixed lighting from skylights, sodium fittings, and open roller doors. That mix can shift colour and make heat marks, resin build-up, or fine burrs harder to read in a single shot. Photo Angles asks for a repeat image from a second position when glare or shadow masks the defect.
Coastal air can fog a cool phone lens when you step from an office into a humid cutting area. Inland dust settles quickly on screens, guards, and sheet surfaces, which can look like edge damage if the frame is too wide. Wipe the lens, brush the area lightly where safe, and keep the point of interest clear without staging the scene.
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Using Photo Angles on a live job
A practical floor note on taking job photos that show edge quality, tooling and setup clearly.
Keep this note near the project record so operators, buyers, and service staff capture the same views when a problem appears. It works best when used during the run, while the tool, board pack, and machine settings are still in place. That way the image set supports the specification trail instead of relying on memory.
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