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Feasibility is the stage that establishes the size and the technical limits of the investment before a single machine is chosen. A custom project starts with the target product, not with a machine list. We clarify which product, in which packaging and at what capacity you will produce, and assess the market, raw-material access and site conditions together. The output is a pre-feasibility study showing the investment size and the technical limits. The capacity decision made here drives every later item — it is the most expensive decision to correct afterwards. The size of your target market, the competitive landscape and potential export opportunities are also factored in at this stage, so the capacity decision is based not just on today's demand but on a multi-year growth plan. The feasibility report is usually completed within a few days, through a site visit or video call, and the cost of this stage is far below the cost of correcting a capacity mistake on site later. The report presents the capacity calculation, a draft equipment list and an approximate investment range together.

Concept design is the stage that turns the capacity decision into a working plant layout. Once capacity is fixed, we build the process flow: which step, with which equipment, in which order. The equipment list, space requirements and utility loads (electricity, steam, water, waste water) are derived, and a 3D layout is produced for your existing building or planned site. Material and personnel flow, hygiene zones and maintenance access are resolved at this stage — not on site. The layout plan also allows for future line additions or capacity increases, so today's investment doesn't constrain tomorrow's expansion. The output is a block flow diagram, a scaled 3D model and an itemized equipment list — the quote is built on these documents.

Sourcing and production tracking is the stage where choosing the right manufacturer and supervising the build are handled under one roof. For each item we identify suitable manufacturers, standardise the technical specification in a single language and collect comparable quotations. Quotes are opened line by line: scope differences, excluded work and lead times are made visible. After the order, manufacturing is tracked on your behalf — material grade checks, critical production steps, interim inspections and schedule follow-up. Deviations surface while the equipment is still on the shop floor, not after shipment. The factory acceptance test (FAT) before shipment is planned with your product or conditions; equipment that fails the test isn't sent to site. Regular progress reports with photo/video records let you see concretely what stage production is at.

Commissioning is the stage at which the plant actually becomes capable of production. The assembly sequence is planned; mechanical and electrical connections, line integration and utility hook-ups (steam, air, water, waste) are carried out. Dry runs, water tests and trial production with the real product follow; capacity and waste figures are measured. Commissioning is complete when the plant delivers product at the target capacity and does so consistently — not when the machines are set in place. The typical model is a mixed team: our supervising crew plus local installation labor — the most cost-efficient structure for both budget and knowledge transfer. After commissioning, remote (VPN) PLC access resolves most fault diagnosis within hours, without a site visit.

Training and handover is the final stage that makes the operating team the real owner of the line. Operators are trained on machine use, daily maintenance, cleaning (CIP) and basic troubleshooting; process parameters are transferred to the production and quality teams. Product recipe and formulation support is provided on request. Training is done on-site, on your own line, with your own product — not in a generic classroom. Visual (photographed) standard operating procedures (SOPs) are included in the commissioning scope and prevent knowledge loss during operator turnover. At handover you receive the technical file, the critical spare-parts list and the after-sales contact channel — even a line built from several manufacturers continues to be supported through a single point of contact.