GlassBuild USA International Window Door and Profile Technology Exhibition

Edda Packaging proudly demonstrated its latest packaging technology and factory automation systems at the international GlassBuild USA exhibition. As a premier industrial packaging machinery manufacturer, we brought our high-performance wrapping systems directly to the North American window and door sectors, focusing on eliminating transport damage claims and improving warehouse logistics efficiency. Our booth welcomed high-volume window manufacturers, glass processing companies and profile extruders looking to integrate smart packaging cells into their continuous production lines.

Throughout this major North American industry event, our engineering teams conducted live machinery demonstrations highlighting the operational power of our flagship Spinner series horizontal orbital wrapping machines. Visitors experienced the speed and precision of our heavy-duty horizontal orbital stretch wrapping lines, which are specifically engineered for fast and uniform surface protection of glass windows, commercial doors, aluminum profiles and PVC frames. This system automates the wrapping process with high-tension stretch film, creating a rigid, moisture-proof barrier that blocks dust and moisture while cutting film waste by up to 40 percent and removing heavy manual labor from the packaging department.

Edda packaging solutions for door, window and profile manufacturers

Today our range covers the packaging needs we discussed with visitors at this fair. Window and door frames are wrapped fully automatically with the Framewrap 220S, while doors, panels and long profiles are wrapped with the Spinner 1500 S or the Speedwrap 550 orbital wrappers. For PVC and aluminium profile plants, the Speedwrap Profiline automates profile packaging at the end of the line. You can see all models in our horizontal stretch film wrapping machines range.

Not sure which machine fits your products? Our buying guide for horizontal orbital wrapping machines explains the key selection criteria.

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