Compass Wire Cloth to showcase screening solutions at PACK EXPO East 2026
Compass Wire Cloth will exhibit its separation, sifting, and screening solutions at PACK EXPO East 2026, taking place February 17–19 in Philadelphia, Pennsylvania. The North American manufacturer will showcase its latest products at booth 1704, located near the company’s Pennsylvania-based operations.
At the show, Compass Wire Cloth will feature its round separator screens, designed for durability and consistent performance in industrial screening applications. The pretensioned construction maintains uniform tension across the screen surface, supporting accurate material separation while reducing downtime and maintenance requirements. The screens are available with customizable options to meet specific processing needs across multiple industries.
Compass Wire Cloth will also present its exclusive round separator machine. The equipment is designed for efficient material separation and classification, using both vertical and horizontal vibration with adjustable weights. These features allow operators to manage material flow patterns and optimize separation efficiency, supporting improved productivity and product quality.
Ultrasonic screens will be another focus at the booth. These screens incorporate a patented Frequency Variation Method that identifies optimal operating points for ultrasonic excitation. The technology enables smooth vibration across different screen geometries without requiring changes to the existing application structure, improving screening performance for challenging materials.
In addition, Compass Wire Cloth will display complementary products, including BFM flexible connectors. These connectors are designed to provide secure, leak-proof connections within screening systems while supporting quick installation and maintenance.
According to the company, the Philadelphia location of PACK EXPO East provides an opportunity for attendees to meet directly with the Compass Wire Cloth team responsible for supporting customers’ screening and separation operations.