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Spec Card

Specification cards that turn cutting requirements into clear, usable instructions for South African production floors.

How the Spec Card gets used during a shop week

The Spec Card page turns a cutting requirement into instructions that can be read on the floor without guesswork. It gives buyers, setters, and operators one clear reference for the job, the tooling, and the expected result.

A useful Spec Card starts with the stock, thickness, edge quality and tolerance the job must hold. It records the cutter type, spindle or feed settings, and any hold-down detail that affects chip-out or heat build-up. Inland dust, coastal air and scheduled power interruptions can all change cleaning intervals and restart checks, so those conditions belong on the sheet.

The first accepted sample should be matched to the Spec Card and kept with the job file. That note can be posted at the machine or stored with the purchase record so the next setter sees the same cutting limits, tool reference and inspection points. When a run resumes after a stop, one accurate card reduces scrap and repeated questions.

What the Spec Card records

Each card names the material, part requirement and tooling arrangement in plain workshop language. It also sets out the checks to make before cutting, during the run and at first-off inspection. Buyers, setters and operators can read the same sheet without translating vague notes into machine decisions.

Use the Spec Card alongside the related notes in Applications and Edgework when a cut must match a downstream finish. Confirm tool diameter, clamping method and the actual machine model before the job is released. Through our contact form, quote the spec card number and the sample edge result.

  • Material, thickness and edge requirement listed
  • First-off check tied to the card

Conditions that change the cut

A card for Johannesburg may need different maintenance notes from one used in Durban or Cape Town. Humidity, dust loading, transport timing and utility interruptions all affect how a cutting cell is prepared and checked. The document should reflect the site where the work happens, not an ideal machine room.

Coastal moisture can shorten the interval between tool inspection and light corrosion checks. Highveld dust often means more attention on extraction, guides and sensor faces before the next batch starts. Where power drops are common, the card should show what must be rechecked before the spindle runs again.

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Details to send with it

Include the machine type, cutter reference, material grade and the feature that is missing tolerance. Add photos of the part edge, nesting layout or current tool if those show the problem better than a long explanation. Clear inputs make the Spec Card useful to purchasing and setup staff, not just the programmer.

Store the finished Spec Card with the job record while the tooling choice and machine settings are still accurate. It becomes the reference for repeat work, operator handover and any later check on why a cut was specified in a certain way. When the same part returns, the card saves time spent rebuilding a setup from memory.

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