The Nova R500E is a powered rereeling system designed to support continuous reel-to-reel wire processing with Nova laser and inkjet wire marking systems. The system provides controlled, synchronised wire take-up to maximise throughput while maintaining consistent wire tension and handling performance. Developed to match the high acceleration and deceleration capabilities of Nova wire processing systems, the Nova R500E automatically synchronises wire take-up with machine demand. Controlled tension management helps prevent wire deformation, kinking and breakage while ensuring smooth and reliable operation across a wide range of wire and cable types. The system incorporates a dancer rm and motor-controlled take-up mechanism together with an integrated cable lay system to ensure wire is wound evenly and consistently onto the take-up...

The Wire Auto Select & Load (ASL) system is an automated wire selection and loading solution designed for integration with Nova 800i Series and NovaJet wire processing systems. Developed for high-throughput production environments, the system automatically selects, loads and unloads wires between the dereeler and wire processing system, significantly reducing wire changeover and setup times while maximising production efficiency. Fully controlled through the Nova system software, the ASL system enables rapid and repeatable automated wire handling with minimal operator intervention. Automated wire changeover reduces setup times to just a few seconds, improving machine utilisation and supporting efficient high-mix manufacturing operations. The ASL system supports multiple production modes to suit different manufacturing workfl...

The powered Multi Station Dereeler (MSDR), is a high-performance modular wire dereeling system developed for high-throughput wire processing applications. Suitable for use with Nova 800/800i Series laser wire markers, NovaJet inkjet wire marking systems and Nova MaX measure and cut systems, MSDR-P systems provide controlled, synchronised wire payout across multiple reel stations to maximise productivity and minimise operator intervention. Available in modular configurations from 3 to 36 stations, MSDR-P systems can be configured in single-sided modules of three stations or double-sided modules of six stations depending on customer layout and production requirements. Each dereeler station incorporates a dancer arm and controlled motor drive arrangement to synchronise wire payout with machine demand while maintaining precise programmab...

The unpowered Multi Station Dereeler (MSDR), is a modular wire dereeling system designed for flexible multi-wire processing applications with Spectrum Technologies wire processing systems. Suitable for use with Nova 800/800i Series laser wire markers, NovaJet inkjet wire marking systems and Nova MaX measure and cut systems, MSDR-U systems enable multiple wire reels to be configured for efficient production operation and reduced reel changeover times. Available in modular configurations from 3 to 30 stations, MSDR-U systems can be configured in single-sided modules of three stations or double-sided modules of six stations depending on customer layout and production requirements. Their compact and scalable architecture allows systems to be configured to suit a wide range of manufacturing environments while maintaining a minimal footpri...

The Single Station Dereeler (Powered) is a high-performance wire dereeling system developed for controlled high-speed wire processing applications. Designed for integration with Nova wire processing systems, the powered dereeler provides synchronised wire payout to maximise throughput while maintaining precise wire tension control. The system utilises a dancer arm and controlled motor drive arrangement to automatically synchronise wire payout with machine demand, ensuring smooth operation during acceleration and deceleration while minimising wire tension and preventing reel overrun or wire “bird nesting”. Programmable tension control enables processing of delicate wire and cable types with minimal risk of deformation or damage. Designed for safe and reliable operation, the system incorporates enclosed rotating components and int...