PS Costruzioni Meccaniche keeps growing in Asia as new cable packaging line ships to the Philippines

PS Costruzioni Meccaniche has recently manufactured and delivered a new automatic coiling and packaging line, MOD. PS 350/8-3 to a customer located in the Philippines. The installation confirms the company's growth in the Asian market, where demand for flexible, automated cable processing solutions is steadily increasing.
The line integrates different packaging modes and quality control systems within a single system.
Two packaging solutions in a single line
One of the distinctive features of the PS 350/8-3 is the ability to produce two different types of packaging using a single line. The machine can deliver both coils wrapped in thermoshrinking film and coils packed in boxes.
The ability to switch from one type of packaging to another using the same system helps optimize the use of production resources and streamline the packaging process.
Quality control and end-of-line automation
The quality of each coil is checked using Spark Tester and Lump Detector systems, inspecting the product before the subsequent processing stages.
After inspection, the coils are automatically labeled and weighed before being conveyed to the palletizing unit. A single palletizer is able to handle both types of packaging, helping to simplify the plant's configuration.
Technical features of the PS 350/8-3
The line is suitable for processing flexible cables with a cross-section area from 0.50 to 10 mm² and solid cables with a cross-section area from 0.50 to 6 mm².
Key technical features include:
- maximum outer coil diameter: 350 mm;
- minimum outer coil diameter: 150 mm;
- three interchangeable, collapsible internal cores of 100, 140, and 150 mm.
For more information about the PS 350/8-3 line and other solutions developed by PS Costruzioni Meccaniche for the wire and cable industry, we invite you to visit the online stand on Expometals >>
- Machines for electric cables and optical fibers •
- Spoolers, winders and coilers for cables and optical fibers
