C115117 Tip Cartridge for JBC NT115, AN115 & NP115 Micro Tweezers - ultra-precision screwdriver tip for micro-soldering
The C115117 is a soldering tip cartridge with an integrated heater, engineered specifically for use with the JBC NT115, AN115 and NP115 handles employed in micro- and nano-soldering systems. Its extremely small 0.4 × 0.2 mm working area provides exceptional access to the tiniest solder pads, enabling ultra-precise joints in high-density component layouts. The screwdriver-type profile ensures a stable contact surface and even heat transfer, which is essential when assembling delicate SMD components and microcircuits.
Stable temperature and full compatibility with the JBC C115 system
The integrated heater allows extremely fast heat-up and consistent thermal stability throughout the soldering process. This minimizes the risk of overheating sensitive components and ensures repeatable solder joints, even on very small surfaces. Compatibility with NT115, AN115 and NP115 handles guarantees high thermal responsiveness and maximum precision required in laboratories, electronic service centres and production lines working with advanced modern circuitry.
Key features of the C115117:
- screwdriver profile for stable handling on the smallest pads,
- 0.4 × 0.2 mm tip dimensions ideal for microsoldering and ultra-small SMD components,
- integrated heater for rapid warm-up and stable operating temperature,
- full compatibility with JBC NT115, AN115 and NP115 handles,
- 0.01 kg weight for lightweight, controlled operation during high-precision tasks,
- construction designed for environments requiring repeatability and strict parameter control.
A tip created for the most demanding micro-assembly operations
The C115117 excels in applications requiring precise heat delivery and microscopic, high-quality solder joints. Thanks to its specialised geometry and thermal performance, it is an indispensable tool for prototype assembly, repair of miniaturised systems and work with electronics at the highest level of miniaturisation.