Project
Centurion Lab
A practical route for a Centurion lab role supporting cut tests, material checks, and fibre laser applications.
Cut testing inside Centurion Lab
The Centurion Lab role supports cut tests, material checks, and fibre laser applications work. The work includes sample cutting, proper record-keeping, and linking machine settings to real customer jobs.
Centurion Lab is set up for trial parts, parameter checks, and material comparisons tied to fibre laser work. Mild steel, stainless, and aluminium samples need different gas choices, nozzle gaps, and pierce settings, so the lab role records each change against the cut result. Gauteng dust, power interruptions, and mixed incoming sheet quality can all skew a test if they are not noted at the start.
Start with clear photos of the sheet, edge condition, and the first sample off the bed. The lab file should note burr, dross, kerf width, heat marks, and any alarm or fault shown during the run. Those records help link machine settings to what a customer part will look like in production.
Lab records that support jobs
The output from this role is a usable test pack with sample references, machine settings, and notes on what changed the result. That can include material thickness, assist gas, speed, power, focus position, and nozzle condition. A tidy record matters when sales, service, and production all need the same facts from one cut trial.
Before expanding the request, connect the lab brief to the relevant customer work, machine model, and any earlier sample history. Recheck the listed settings, consumables, and fault notes before sending material through the contact form. Say it is for the Centurion lab and add the sheet grade, test part results, and current machine screen values in the contact form.
- Material photos matched to each test
- Cut samples labelled with actual settings
- Fault notes linked to sample outcomes
Conditions that affect local trials
Centurion testing has to account for plant conditions that differ from a clean demo environment. Sheet stock may arrive with mill scale, protective film, rust spots, or handling marks, and each one can alter edge quality and pierce stability. Where a customer site runs full production, the lab note should separate trial settings from normal job settings.
Coastal material can show different surface behaviour after transport inland, while Highveld dust can shorten intervals between cleaning checks on lenses, nozzles, and covers. Power dips also matter because a first-off part cut after a restart can differ from a stable run. In the lab, the point is to document what the machine did on the material, not to pad out the file with sales wording.
Operated by Astros Marketing (Pty) Ltd from 2 Makro Place, Sunnyrock 1401.
Cut test brief for Centurion
Send a Centurion Lab brief with material photos, cut samples, timing, and the settings or faults already tested on the machine.
Send a Centurion Lab brief with the material grade, thickness, job drawing if available, and photos of both good and failed cuts. Add timing, machine settings used, consumables fitted, and any faults or alarms seen during the test. That gives the lab role enough detail to compare outcomes properly and tie the sample back to customer production work.
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