Electrovert EcoWave wave soldering option designed to enhance solder performance, reduce dross formation and extend maintenance intervals in electronics assembly operations. Patented single-wave nozzle integrates DwellFlex 4.0 adjustable contact length and Auto Exit Wing defect-mitigation technologies to improve wave stability and process consistency. Nitrogen-directed wave-forming design minimizes oxidation, with reported dross reductions exceeding 50% and reaching up to 75% in some applications. System maintains solder above liquidus throughout the contact sequence to improve plated-through-hole fill and joint integrity without increasing nitrogen consumption. Design reduces mechanical complexity and dross accumulation, with manufacturers reporting maintenance interval extensions of up to 93%.
Vitronics Soltec ProcessGuard option designed for inline thermal monitoring and analytics within reflow soldering processes. System provides real-time visibility into heating and cooling zone performance to reduce routine profiling and support early defect detection. Compatible with third-party data loggers for baseline profile validation. Integrated directly into machine software with MES connectivity for traceability and smart factory integration. Includes redundant thermocouples in heating and cooling zones, quick-connect thermocouples for maintenance, and embedded ProcessGuard analytics interface. Field-upgradeable for Vitronics Soltec Centurion reflow ovens.
Morita Tech WM7000 Series robotic EMC noise scanners designed for near-field magnetic probe analysis and visualization of electromagnetic noise sources during product development and troubleshooting. Series includes WM7400 for A4-size PCB-level measurement and WM7300 for larger assemblies up to W420×D297×H200mm. Standard frequency range spans 150kHz to 3GHz with optional extension to 8GHz. Systems support minimum scan steps of 0.1mm with positional accuracy of ±0.01mm (X, Y, Z). Laser rangefinder-based scanning enables high-resolution mapping of noise distribution. WM7300 includes patent-pending features and is designed with CISPR22 compatibility considerations. Operates on 100–240V AC power to support lab and manufacturing environments.