Used CHIMALL C-200LV-2 #9236012 for sale
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ID: 9236012
Vintage: 2011
PCB Conveyor
Conveyor length 0.07" (2mm)
Inspection point
Pictorial photo
2011 vintage.
CHIMALL C-200LV-2 is an automated pc board assembly and manufacturing equipment designed for PCB assembly with an impressive variety of features. It features an unusual two-stage reflow design, and automated cleaning functions for solder paste, as well as a non-contact, optical inspection system. It also has a very wide working area to accommodate various board sizes and configurations. The unit is equipped with 12 nozzles, powered by a main y-axis load rail and designed with flexibility in mind. This enables the machine to perform multiple operations in parallel and quickly switch between job types, speeding up production time. The flexible design also allows users to choose between solder paste dispensing or solder headers with a simple configuration change. C-200LV-2 features an innovative two-stage reflow process, allowing for three-dimensional soldering with minimal effort. The temperature profile is accurately monitored and tuned to accommodate multiple layers, components, and lead styles. The tool's wide-range of accepted parameters make it suitable for a variety of mission-critical applications. Multiple soldering functions are available, including wave soldering, component insertion, hot gas soldering, and a specialized cleaning phase for end output. Additionally, the soldering process can be automated with a unique non-contact, optical inspection asset to ensure quality assurance. To ensure the reliability of each board, CHIMALL C-200LV-2 also provides comprehensive waveform analysis, component placement accuracy, 5-axis positional accuracy, flux scrubbing, and more. C-200LV-2 is an impressive model for pc board assembly and manufacturing. With its automation features and innovative reflow design, the equipment is designed to deliver reliable and accurate results for any application. Its wide-range of capabilities can be fully utilized to maximize production efficiency and minimize manual input.
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