A global leader in automatic packaging machinery and a reference player in VFFS applications required a belt solution able to guarantee stable performance across different film types (including polyethylene (PE), polypropylene (PP) or paper-based materials with, matt and glossy surfaces), machine speeds, and environmental conditions: humid or temperature-variable with frequent start-and-stop cycles.

The belt solution previously adopted by the customer used a traditional NR coating, which showed limitations in terms of durability, grip consistency, and longterm performance stability under demanding operating conditions.

The company specializes in the production of machines for filling and capping glass containers using twist-off caps, handling liquid, semi-liquid, and pasty products.

The machine featured in this case study is designed to close jars and bottles with metal caps. It uses two different belt systems working together to ensure efficient and reliable capping across a wide range of container formats.

Two V-belts are positioned on either side of the container to rotate it during forward movement, while a pair of flat belts is placed above the jar and cap. These flat belts operate at different speeds, allowing the cap to rotate and screw onto the container with precision.

Designed to minimize the area required for parking cars, the use of automated parking systems (APS) is becoming more popular in urban areas. In multi-story parking garages they provide parking for cars on multiple levels, stacked vertically to maximize the number of parking spaces while minimizing land usage.