Product Details

DECOLINE II Metallizing Line

The DECOLINE II by SINGULUS TECHNOLOGIES is a turnkey production system designed for pre cleaning, metallizing, and lacquering of 3D parts. The green metallizing inline system seamlessly integrates vacuum metallization (cathode sputtering) with all coating. lacquering and pre-processing steps into a single, fully automated production run.
At its core, the system features the POLYCOATER inline vacuum coating machine, ensuring high quality surface finishes. Furthermore, the integrated PAINTLINE system utilizes recyclable water based UV lacquer, making it an eco-friendly alternative for surface refinement. This innovation is particularly advantageous for industries like cosmetics, where sustainable glass bottle finishing is increasingly in demand.

DECOLINE II Inline Production System of 3D Parts
With its advanced automation, the DECOLINE II enables efficient coating of plastics, glass, and metal components. A single employee can manage the entire production line while achieving an output of up to 10,000 units per hour.

DECOLINE II – Advanced Sputtering/Metallizing System
Unlike conventional methods, this 3D-coating process is completely chrome-IV-free and significantly more energy-efficient. Studies by the German Federal Environment Agency confirm that PVD processes require much less energy compared to electroplating. Thanks to its flexibility, the DECOLINE II allows manufacturers in the cosmetics industry to coat a diverse range of plastic and glass products in various colors.

DECOLINE II Compact Throughput of up to 4,800 p/h
Designed for medium-volume production, the DECOLINE II Compact automates the entire coating process. As a result, it significantly reduces costs, logistical efforts, and personnel requirements, ensuring a rapid return on investment.

DECOLINE II – Throughput of up to 10,800 p/h
For high-volume production, the DECOLINE II optimizes efficiency by automating the coating process. Consequently, it minimizes costs, logistical complexity, and labor intensity while achieving a throughput of up to 10,800 units per hour