Metcal
Metcal UFC-6CH9008S UltraFine Soldering Cartridge, Chisel, 0.8 mm x 9.0 mm, 600 Series
Metcal UFC-6CH9008S UltraFine Soldering Cartridge, Chisel, 0.8 mm x 9.0 mm, 600 Series
SKU:MET-UFC-6CH9008S
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Metcal UFC-6CH9008S UltraFine Soldering Cartridge, 600 Series
Extended Reach and Precision for Low-Temperature Soldering Applications
The Metcal UFC-6CH9008S UltraFine Soldering Cartridge for the CV-5200 and CV-500 series soldering systems is engineered for professionals who demand reach, precision, and control. With a 0.8 mm x 9.0 mm chisel tip, this cartridge is ideal for drag soldering, fine-pitch SMT work, and hard-to-access joints in densely populated PCBs.
Part of Metcal’s 600 Series, the UFC-6CH9008S operates at a lower tip temperature (~330°C), making it an excellent choice for heat-sensitive components and temperature-critical assemblies. The extended tip length provides enhanced access without sacrificing stability or thermal performance, making it suitable for detailed work under magnification.
Technical Specifications
- Manufacturer: Metcal
- Model Number: UFC-6CH9008S
- Series: UltraFine 600 Series
- Tip Geometry: Chisel
- Tip Dimensions: 0.8 mm wide x 9.0 mm long
- Compatible Systems: Metcal CV-5200 and CV-500 Series Soldering Systems
- Operating Temperature: ~330°C (600 Series)
- Application: SMT soldering, drag soldering, precision rework, heat-sensitive electronics, fine-pitch PCB work
Key Features
- Extended Chisel Tip: Provides greater reach for difficult-to-access pads and traces.
- Precision Thermal Control: Optimized for temperature-sensitive soldering environments.
- Sharp Edge Definition: Ideal for clean, consistent solder joints on flat surfaces.
- Microscope-Friendly Design: UltraFine tip shape improves visibility and accuracy under magnification.
- Tool-Free Installation: Easily swapped without tools to maximize workflow efficiency.
Additional Documentation
Optimize your soldering station with the Metcal UFC-6CH9008S — engineered for high-precision, long-reach soldering in low-temperature, fine-pitch applications.
