Optical Performance
Insertion loss, return loss and wavelength behaviour determine how much light a component passes — the defining figures of any optical product.
Quality
A production line is a sequence of checkpoints. Follow a product through the seven stages between engineering and delivery.
Requirements are translated into drawings, bills of materials and acceptance criteria before anything is produced.
Fiber, polymers and metal components are selected against the product specification and its operating environment.
Cable lines, moulding and metalwork run at qualified partner facilities to the agreed specification.
Optical assemblies are measured — insertion loss, return loss and geometry — before they progress.
Incoming, in-process and final inspection compare every batch against the specification.
Protective packaging is engineered for freight, storage and site handling so products arrive as tested.
Consolidation and export coordination move finished goods to distribution regions.
Disciplines
The measurement disciplines applied along the timeline — each a generic description of the practice, not a performance claim.
Insertion loss, return loss and wavelength behaviour determine how much light a component passes — the defining figures of any optical product.
Tensile strength, crush resistance, bend behaviour and mating cycles describe how a product survives installation and years of service.
Temperature cycling, humidity and ingress protection define where a product can live — from climate-controlled rooms to outside plant.
End-face geometry and core alignment within microns decide whether two fibers meet cleanly — measured, not assumed.
Packaging engineered for freight, storage and site handling, so what was tested at the factory is what arrives on site.
Records linking a shipped product back to its production batch, materials and test results — the paper trail behind every reel and box.
Certificates
Certificates will be published here once supplied by PROSKY.