Lines
Training Smt
Training Smt covers operator and technician instruction for active SMT lines in South Africa. The material is built around known assemblies, with attention on printer setup, feeder loading, placement checks and inspection points that matter during production.
Board-based operator instruction
Training Smt is the main page for SMT training support tied to real production work. It is aimed at South African electronics teams that need operators and technicians to understand setup, running checks and line behaviour on known boards. The focus here is practical floor use across the SMT process, from print to placement and inspection.
Sessions start from the actual PCB, stencil, component list and machine programme used on site. Teams review print deposits, fiducial recognition, feeder pitch, nozzle choice and inspection criteria against the board they run in Johannesburg, Durban, Cape Town or a smaller assembly workshop. Where power interruptions or humidity affect line stability, those conditions are included in the training notes.
Before adjustments begin, record machine settings, feeder positions and the first acceptable board. That reference helps trainees compare paste height, polarity orientation and placement centring after a stop, a reel change or a restart later in the shift. Short bench notes can then stay at the line with the setup file or job traveller.
What the training covers
Expect content around stencil loading, support pin placement, squeegee pressure, component verification, reflow handover and basic fault finding rather than broad classroom theory.
Use this Training Smt page with the matching reflow guidance and board-specific records when line behaviour needs to be traced across more than one process step.
- Printer setup on known boards
- Feeder loading and verification steps
- Operator and technician training support
Johannesburg to Durban line conditions
Electronics teams here often train while production is still moving, so the notes need to fit around dispatch times, shift changes and limited machine stoppages. Inland sites may battle dust around feeders and sensors, while coastal plants must watch moisture exposure, storage control and cleaning intervals more closely. The training therefore stays tied to actual site conditions rather than generic machine examples.
Load-shedding and generator changeovers affect when first-off samples, oven checks and restart inspections should happen. In Durban and Cape Town, storage and handling around paste and moisture-sensitive parts usually need more attention than at drier inland locations. Demonstration runs should show print quality, component pickup and inspection results, not just machine movement.
Operated by Astros Marketing (Pty) Ltd from 2 Makro Place, Sunnyrock 1401.
Information to send first
Send the board code, line layout, machine brands and the fault or skill gap that needs attention. Useful extras include feeder maps, stencil thickness, paste type, reflow profile details and photos of recurring defects.
Capture the training record on the same day as the run while setup changes and defect examples are still visible. It also helps to file the note with the job pack, inspection sheet and any maintenance record linked to the machine used.
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