Weller / RTWMS 007 S X Lötspitze 0,7 x 0,4 flach RTWMS für Pinzette WXMTS und WXUTS

This soldering iron tip by Weller offers high-performance and productivity, with a quick response time and maximum precision during the soldering process. It is designed for use with WXMTS & WXUTS tweezers, providing optimised heat transfer and precise positioning for micro and standard components. The tip features a bent chisel shape and measures 0.7 x 0.4, making it ideal for various applications in electronics, medical technology, and aerospace industries.

• Extremely short heat-up time of 5 seconds
• Quick response time for efficient soldering
• Maximum precision ensured by short tip-to-grip distance and optimised tip design
• Unique parallel sliding block guide for precise positioning
• Pairwise tip design eliminates the need for alignment after tip change
• Adjustable functions with Allen key for customisation
• Desoldering tweezers tips allow automatic tip-offset
• Active tip cartridge system enables easy tip exchange
• Ergonomic soft grips for improved comfort and handling
• Automatic smart tweezers tip identification for easy use

• Ideal for soldering micro and standard components 0504 to 1608 (M to L)
• Designed for use with WXMTS & WXUTS tweezers

Das Weller-Paar von Mikro-Löt- und Entlötspitzen bietet eine optimierte Wärmeübertragung mit 2 x 40 W maximale Leistung. Diese Spitzen verfügen über einen parallelen Gleitblock, der eine erhöhte Produktivität mit dem vorkonfektionierten, einsatzbereiten Design der weisen Spitze ermöglicht. Verriegelungsfunktionen machen die Lötevorgänge wiederholbar und transparent.

Ergonomie
Höchste Präzision
Hohe Leistung
Schnellster Pinzetspitzenwechsel
Einzigartige intelligente Pinzetspitzen

Yes, this soldering iron tip is designed for use with micro and standard components 0504 to 1608 (M to L).

Yes, the unique parallel sliding block guide ensures precise positioning for accurate results.

Yes, this soldering iron tip is specifically designed for use with WXMTS & WXUTS tweezers for optimal performance.