The NovaJet is a state-of-the-art inkjet based wire mark, measure and cut system engineered for precision processing of non-laser markable wire and cable. Designed specifically for aerospace and other demanding industries, every subsystem and component has been carefully engineered and specified to maximise system performance and reliability. High-Speed, Precise MarkingNovaJet is engineered for fast, accurate, and repeatable inkjet marking of Filterline wires, delivering high-quality, legible marks that meet aerospace and Mil-Spec standards. The plasma and UV curing systems ensure marks are applied permanently while operating at speeds up to 30 m/min (~ 100 ft/min) to maintain consistent mark quality and maximising throughput. Enhanced Productivity and ReliabilityDesigned for maximum uptime, the NovaJet can run continuously with...

The Sienna Rapier is a state-of-the-art laser wire stripping system engineered for precision processing of fine and ultra-fine magnet wires. Designed specifically for medical and other high-reliability industries, it delivers micron-level accuracy, repeatable quality, speed and unmatched safety. Micron-Level Precision Our dual laser stripping system is designed for precise and repeatable stripping of fine magnet wire, operating seamlessly from reel to reel. Advanced temperature regulation ensures consistent performance and eliminates thermal expansion, maintaining micron-level stripping accuracy. Enhanced Long-Term Productivity Built for efficiency, the system can run fully unattended ("lights-out") and performs reliably under standard factory conditions, thanks to its integrated temperature and fume control. A powerfu...

Spectrum Technologies Ltd has announced the launch of its latest innovation – the Sienna™ Rapier Laser Wire Stripper – a state-of-the-art system engineered for precision stripping of fine and ultra-fine magnet wires used in medical and other high-reliability applications. The Sienna Rapier represents the next generation of Spectrum’s industry-leading laser wire stripping technology, combining micron-level accuracy with exceptional repeatability and process control. Designed to meet the demanding requirements of the medical device, electronics, and aerospace sectors, the system delivers precise, contact-free insulation removal without damaging delicate conductors. Spectrum Technologies has a long heritage in the medical sector, dating back to 1995. Today, its laser systems are trusted by global manufacturers to meet the growing d...

The U.S. Environmental Protection Agency has issued its final rule regulating methylene chloride, a chemical solvent long used in manufacturing and fine wire stripping. The ban on most commercial uses is due to come into effect in the United States in April 2026. The decision is prompting medical device makers to turn to laser-based technology as a cleaner and safer alternative. The United States Environmental Protection Agency (EPA) announced in April 2024 a sweeping ban on most uses of methylene chloride, a chemical long used in industrial applications including precision wire stripping. The move, described by the agency as a necessary step to protect workers and consumers from “unreasonable risk of injury to human health,” will effectively phase out nearly all commercial and industrial uses of the solvent by 28th April 2026.&...

Spectrum Technologies Ltd is pleased to announce that it will be exhibiting at MEDICA 2025, the world’s leading medical trade fair, taking place in Düsseldorf, Germany, from 17–20 November 2025. Spectrum Technologies will be located in Hall 16, Stand J03, Location 12, as part of the Welsh Government Pavilion, where the company will showcase its latest laser wire stripping and precision processing technologies for the medical device manufacturing sector. As the world leader in advanced laser wire processing systems, Spectrum Technologies provides automated solutions for wire marking, stripping, and handling, supporting the production of complex wiring systems and assemblies. In the medical field, Spectrum’s laser ablation systems deliver precise, reliable, and contamination-free wire processing, ideal for the demanding standards ...