Support
Remote Check
A practical process for remote machine checks on South African sites, for teams who already work with production equipment.
How Remote Check works in a real production week
The remote check page explains what we need to review a machine issue without being on site. Clear photos, short videos, controller details, and the fault behaviour help us link the South African installation back to the original supply.
Begin with the machine model, control brand, and the exact fault seen on site. Include whether the issue appears at power-up, during homing, on a cut, or when the spindle, laser source, chiller, or servo system is under load. South African conditions such as dusty inland workshops, coastal humidity, and recent load-shedding events can change what we look for first.
Take the first photos before anyone resets alarms or changes parameters. A clear view of the HMI, electrical cabinet labels, lubrication points, and the affected area helps us compare the installation in South Africa with the supplied machine record. Short clips with machine sound are useful where vibration, air pressure, or axis movement may be part of the fault.
Remote fault evidence needed
A useful remote check pack shows the alarm text, the machine behaviour, and the point in the cycle where production stops. Add controller details, recent changes to tooling or material, and whether the fault repeats on every job or only certain programs. That gives a tighter basis for checking wiring, settings, consumables, and operator sequence from a distance.
Use the contact form with the machine model, serial details if available, and a short issue name. Attach control screen photos, alarm history, and one video that shows what happens before the stop, during the stop, and after a restart attempt. If parts were changed recently, note which item was replaced and what setting was adjusted.
- Alarm screens photographed in full
- Video of the fault sequence
- Controller make and parameter pages
Checks shaped by SA sites
Workshop supply quality matters during remote diagnosis. Voltage dips, generator changeover, phase loss, air compressor issues, and extraction faults can trigger alarms that look mechanical but start with site services. Mention whether the machine is in Johannesburg, Durban, Cape Town, or an outlying plant where environment and utility stability differ.
Rust risk near the coast can affect connectors, limit switches, and cabinet terminals. On Highveld sites, dust build-up around rails, fans, lenses, filters, and sensors often changes machine behaviour after a normal run starts. Record the material being processed as well, because aluminium, mild steel, acrylic, MDF, and stainless can point us to different checks.
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What to send with faults
Send the remote check brief with control screen photos, alarm history, and what the machine is or is not doing. Use a subject line that names the issue clearly.
Include the install reference, machine type, and any previous repair note linked to the same issue. Add photos of consumables, toolholders, nozzles, lenses, or workholding where relevant, plus a note on what the machine does and does not do after power-up. Good records from the first remote check make later follow-up far easier when the same CNC or laser cell returns to production.
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