Used HELLER 1913 MKV-DL #9185953 for sale

HELLER 1913 MKV-DL reflow oven is a compact, high-performance machine, designed to provide reliable and cost-effective thermal processing. Its unique profile allows users to place multiple ovens in tight spaces as well as increase productivity through faster throughput and shorter cycle times. The advanced top-loading design allows for easy loading and unloading of small PCBs, ensuring efficient product handling. The controlled environment features an advanced indirectTop Hat™ convection equipment, providing reliable soldering results with high first pass yields. This system heats the thermal profile of the solder paste, minimizing thermal gradients which leads to a reduction in cold solder joints. The temperature uniformity throughout the oven ensures best possible performance and quality. 1913 MKV-DL operates with a fully digital control platform featuring a large 5" HD touchscreen panel. This panel is also integrated with new motion control technology to provide quick and easy access to all the oven's control settings. With the integrated Motion Control, the user can control all aspects of the oven's operation including temperature, conveyor speed, and zone settings for a precisely controlled thermal process. HELLER 1913 MKV-DL features a high-tech ventilation unit which is quiet and efficient, typically reducing noise levels to only 51 dB(A). The low noise operation allows operators to work in a more comfortable and productive environment. In addition, the robust construction of the oven ensures a long life in a hard production environment. All in all, 1913 MKV-DL reflow oven is a powerful and efficient thermal processing machine, designed to ensure maximum production capability in the most challenging environments. It features reliable temperature uniformity, advanced motion control, a quiet and efficient ventilation tool, and robust overall construction. HELLER 1913 MKV-DL is the perfect solution for users looking to improve the quality and reliability of their soldering process.