Local support and trained operators determine usable capability

Site qualification compares the installed location with the actual equipment documentation. The supplier should state electrical supply, protection, earthing, thermal, ventilation, space and environmental requirements for the complete process, including preparation and curing. A competent local electrician or engineer should then inspect and measure the site rather than assuming that a nearby socket establishes compatibility. The survey should cover supply variation and interruptions, circuit capacity, safe isolation, equipment position, heat rejection and the route for materials and waste.

Curing changes the utility boundary. IFC guidance identifies heat consumption as particularly significant in drying, curing and wet-treatment activities.[S17] The garment-printing guide also places heat curing within the production sequence.[S15] A printer nameplate therefore cannot represent the process's electrical or thermal demand. The buyer needs the connected and measured loads of every required stage, their simultaneous operation, warm-up and idle states, and the effect of an interruption on work in progress. Resilience sizing belongs in specialist engineering, but procurement must provide the complete load and recovery information.

Environmental conditions require equal specificity. Obtain the permitted operating and storage ranges for equipment, inks, films, adhesives and substrates from their respective documentation. Measure the proposed room under representative occupied and operating conditions, including the effect of curing and weather. Record the instruments and observation period. If temperature, humidity, dust or ventilation falls outside the documented basis, the solution may involve room changes, controls or another process. It should not involve silently operating beyond the qualification and treating subsequent defects as operator error.

The physical layout must support safe flow as well as machine access. Separate clean artwork and approved blanks from used consumables and waste where their contact could compromise the article or expose workers. Preserve clearance for maintenance, emergency isolation and material handling. Consider where hot prints cool, where adhesive powder is handled, where chemical containers are opened and where rejected material awaits disposition. A floor plan that fits the printer but not these activities has not accommodated the process.

Digital dependence also belongs in the site survey. Identify which functions require a network connection, which licences or support sessions need remote access, and which approved files and job records must remain available locally. GFT's programme principle of local buffering is relevant here: an interruption should not destroy the order record or make the physical job ambiguous. The buyer should test offline behaviour and recovery with the supplier rather than assuming either full independence or continuous connectivity. Data destinations and remote permissions require review before support access is enabled.

Acceptance should include a site-readiness certificate linked to the survey. Each utility, environmental and network condition carries an observed state, an exception and a responsible closer. Equipment commissioning starts only when its safety prerequisites are closed. Later changes to the room, curing route, electrical supply or software service trigger a review of the original basis. Site qualification is therefore a maintained condition of operation, not a checklist completed on delivery day.

Competence is the observed ability to complete and recover a task, not attendance at a course. The required team combines garment knowledge, material understanding, prepress, machine operation, maintenance and quality judgement. One person may hold several roles in a small service, but the tasks and review responsibilities still exist. Procurement should identify them before choosing training, because a supplier syllabus built around normal operation may omit the failures that determine accepted output.

Digital interpretation cannot replace pattern and production knowledge. The virtual-fit study concludes that simulation cannot fully replace physical fitting because technical issues remain.[S07] A pattern and fit lead must therefore challenge geometry, construction and the meaning of a simulated result. The role includes checking pattern transfer, grain, size intent and physical discrepancies, then deciding whether a digital review is informative. Software fluency without that judgement can produce a convincing image and an unmanufacturable specification.

Fabric digitisation requires a different observed task. The practitioner must identify the physical material, preserve its direction and provenance, obtain the required inputs and map them into the selected software. Assessment should include a material change and a readback of the resulting digital asset. Prepress assessment should cover artwork scale, colour workflow, repeat or placement geometry, rasterisation and the handling of a revised approval. Printing and curing assessment should cover setup, routine care, inspection and a controlled interruption.

Maintenance competence extends beyond following a cleaning video. The technician must recognise the machine state, select the documented procedure, isolate safely where required, record parts and consumables, and decide when to escalate. Quality review requires enough independence to hold work even when delivery pressure is high. That reviewer should be able to connect a defect to its material, recipe, handling or test evidence rather than merely sorting good and bad output.

Exhibit 51 provides an illustrative gap analysis for these roles. Its scores describe a hypothetical training exercise, not GFT personnel or an assessed supplier team. The practical output is a list of tasks requiring instruction, supervised practice, reassessment or backup coverage.

The matrix should become person-specific during implementation. A role may appear covered while only one individual can perform its critical task, leaving no capacity during absence or peak recovery. The rota should therefore identify primary and backup competence by shift and task. Quality release may also require separation from the person under production pressure. These are organisational choices, but their evidence remains observed execution rather than job title.

Training should use the buyer's reference articles and realistic exceptions. Ask the learner to receive a changed material, recover a paused job, identify an unreadable export, respond to a failed physical check and explain why work must stop. Retain the attempt, prompts, errors and assessor decision. A repeat assessment after an interval can test retention. Requalification is also necessary after changes to software, material, recipe, equipment or procedure that alter the task.

Supplier training has a defined place in this system. It can transfer product-specific operation and maintenance knowledge, provide manuals and assess initial execution. It cannot establish the buyer's entire quality governance or create every pattern and production skill. The handover is complete only when the operating team can plan, execute, diagnose and recover the qualified scope without undisclosed reliance on the demonstrator. Remaining dependence should be explicit in the support agreement and training plan.

A supported process should not make the buyer's own product and operating history unreadable outside one supplier's environment. Portability covers more than downloading a file. Artwork must retain dimensions and colour intent, patterns must retain geometry and construction identifiers, digital materials must retain their parameters and provenance, and order history must retain meaningful states. The acceptance test should export each required object, read it into the agreed receiving environment and compare the result with the source.

Pattern transfer shows why file existence is insufficient. GarmentCode describes valid sewing patterns as central to accurate digital simulation and eventual fabrication.[S32] A successful export that loses scale, seam relationships or piece identifiers has not preserved that validity. The readback protocol should therefore include dimensional and semantic checks, not just a successful import message. Any manual repair required after transfer belongs in the dependency record and switching-cost estimate.

The portability package should also include current manuals, approved recipes, profiles, material identifiers, maintenance history, acceptance evidence and a map of custom settings. Agree which formats are available, which functions require licensed software and which data the supplier may retain or delete. Remote support should not receive broader access to artwork, buyer details or body records than its task requires. Contract, privacy and intellectual-property terms need qualified review rather than technical assumptions.

Exit planning is a risk-control measure, not an expectation of failure. IFC guidance supports prioritising risks and corrective actions within the management system.[S18] The buyer should identify which supplier interruption, licence change or support withdrawal would stop the service, then preserve an alternative where practical. That alternative may be another qualified route, an outsourced provider or a controlled suspension of the offer. It is credible only if the necessary materials, data and competence can actually transfer.

GFT's recommendation is to accept the smallest complete process whose physical evidence, site readiness, support and people all pass. Preserve the reference pack, failure records and portable data so that a later reviewer can reconstruct the decision. Where support or competence remains unproved, retain outsourcing or delay ownership rather than calling the gap an implementation detail.