The T0051321299 Weller WXMTS Micro Desoldering Tweezers 2 x 40 W, 12V Set for Active-Tip Heating Technology is a high-performance 2-in-1 solution engineered for demanding micro soldering and desoldering tasks. With an extremely short 5-second heat-up time and exceptional thermal response, it delivers rapid readiness and consistent temperature control for high-precision applications.

Designed for maximum accuracy, the T0051321299 Weller WXMTS Micro Desoldering Tweezers 2 x 40 W, 12V Set for Active-Tip Heating Technology features a short tip-to-grip distance and optimized tip geometry for precise handling of fine-pitch components. The unique parallel sliding block guide ensures exact tip alignment, while the pairwise pre-adjusted tip design eliminates the need for alignment after tip changes. Adjustability options include ±80° rotation and ±1.2 mm vertical length adjustments using a 1.5 mm Allen key, allowing customization for ergonomic and operational preferences. The smart tips enable automatic Tip-Offset calibration to ensure accurate soldering results.

This innovative 2-in-1 handpiece supports both Smart Pico tips for ultra-fine components (01005, 0201, 0402) and Smart Micro tips for larger micro-scale components, reducing tool inventory while covering a broad application range. The Active Tip Cartridge System allows the fastest hot tip changes without additional tools, improving efficiency in fast-paced environments.

The T0051321299 Weller WXMTS Micro Desoldering Tweezers 2 x 40 W, 12V Set for Active-Tip Heating Technology also features RGB signal functionality for easy tool identification and customizable color coding, along with integrated parameter memory for storing standby and auto-off settings, compatible across WXsmart control units.

Ideal for PCB rework, high-density electronics assembly, prototyping, and microscope-assisted repair work, the T0051321299 Weller WXMTS Micro Desoldering Tweezers 2 x 40 W, 12V Set for Active-Tip Heating Technology combines versatility, precision, and ergonomic comfort, making it a premier choice for advanced microelectronic soldering tasks.