Protective coating systems for large fabricated structures — airless and plural-component delivery engineered for DFT consistency.
Plural-component and airless coating systems for structural steel, shipyards, energy, and infrastructure.
Large work envelopes, variable ambient conditions, demanding protective coating specs.
Structural sections, pressure vessels, hulls, wind components, and heavy fabrications.
Coverage drifts across large surfaces and operators.
Process delays push parts outside their recoat envelope.
Large parts amplify low transfer efficiency.
Heavy, repetitive application increases ergonomic load.
Inconsistent transfer efficiency wastes coating material across shifts.
Manual steps cap line speed and limit takt-time flexibility.
Operator-driven processes create variation between shifts.
Finish, DFT, and gloss drift without closed-loop control.
A repeatable engineering process — from on-site assessment through commissioning and lifecycle optimisation.
Qualitative outcomes Spraynex customers consistently see after deployment. Quantitative impact is scoped against your baseline during engineering.
Closed-loop control stabilises finish quality across batches and shifts.
Engineered atomisation and transfer efficiency lower coating spend.
Automation removes manual bottlenecks and increases line availability.
Operators move from execution to supervision and process tuning.
Robotic body and component coating engineered for OEM and Tier-1 production lines — high transfer efficiency, repeatable finish, and stable takt time.
Modular finishing systems for discrete and continuous manufacturing — appliances, enclosures, structural parts, and general industry.
Inline coating and decoration cells for high-speed primary and secondary packaging operations.
Let's engineer the right coating and automation system for your production environment.
