Fenner Conveyors, a prominent member of the Michelin Group, specializes in manufacturing conveyors for mining and industrial applications. Facing challenges in identifying the bonding layer on rubber products during production, Fenner turned to LEIBINGER's advanced IQJET printer, which successfully addressed this issue without disrupting the manufacturing process. With a commitment to sustainability and innovative solutions, Fenner has been operational in Australia since 1890, producing significant quantities of uncured rubber for its products. Solving rubber printing challenges The IQJET printer was specifically designed to master the unique challenges of printing on rubber, ensuring reliable ink adhesion while enabling effective branding. The collaboration involved extensive testing of various inks to identify the most suitable option, facilitated by LEIBINGER's support in detailing the printing samples swiftly. The IQJET's maintenance-free operation enhances productivity by significantly reducing cleaning needs and downtime.

Maintenance-free technology Notably, the IQJET represents a revolutionary advancement in Continuous Ink Jet (CIJ) technology, boasting five years of operation without scheduled maintenance and offering substantial cost savings alongside a reduced ecological footprint. Its innovative nozzle sealing technology prevents clogging, maintains cleanliness in production lines, and minimizes solvent usage. Operators at Fenner appreciate the user-friendly features of the printer, including its Stop & Start mechanism, which conserves energy and costs.

Partnering with Result Group, the Australian distributor for LEIBINGER, has further strengthened Fenner's operational capabilities. The Result Group emphasizes a collaborative approach to understanding client needs, enhancing efficiency across various manufacturing facilities. Overall, Fenner Conveyors stands out as the only Australian company capable of manufacturing complete conveyor systems in-house, with the IQJET printer streamlining and optimizing their production processes.