The T0051321099 Weller WXUTS Ultra Desoldering Tweezers 150W, 24V (Handle Without Tips) for Active-Tip Heating Technology are designed for high-performance, high-productivity micro soldering and desoldering applications, offering powerful thermal performance and unmatched precision for advanced electronics work. With an extremely short 10-second heat-up time and rapid thermal response, these tweezers are ideal for demanding production lines and fine rework tasks.

Featuring the Active Tip Cartridge System, the T0051321099 Weller WXUTS Ultra Desoldering Tweezers 150W, 24V (Handle Without Tips) for Active-Tip Heating Technology allows fast, tool-free tip changes even when hot, eliminating downtime and boosting efficiency. The tweezers’ ergonomic soft grips provide superior comfort and control, reducing operator fatigue during prolonged use. Visual process control is enhanced through the RGB signal function, enabling quick tool identification and customizable color selection from 12 available options.

This unique intelligent 2-in-1 desoldering tool (150 W, 24 V) supports both Smart Pico tips—ideal for ultra-fine components like 01005—and Micro tweezers tips for slightly larger components, consolidating multiple tools into one and reducing inventory needs. The tweezers incorporate integrated parameter memory, storing standby temperature and automatic switch-off settings directly in the tool for seamless use across multiple WXsmart control stations.

Engineered for maximum precision, the tweezers feature a short tip-to-grip distance, an optimized tip design, and a parallel sliding block guide that ensures perfect tip alignment. Adjustable settings include ±80° rotation and ±1.2 mm vertical length adjustments with a 1.5 mm Allen key. Fully Mil-Spec and IPC compliant (TM-650 2.5.33), the T0051321099 Weller WXUTS Ultra Desoldering Tweezers 150W, 24V (Handle Without Tips) for Active-Tip Heating Technology excels in PCB assembly, prototyping, high-density electronics repair, and cleanroom environments, delivering reliable and traceable performance for critical microelectronics work.