Used HELLER 1913 MK III #293655685 for sale

HELLER 1913 MK III is a reflow oven developed by the German manufacturing company HELLER. It is a thermal processing solution specifically designed for the reflow soldering of components, and is designed for industrial use. The reflow soldering process within a HELLER 1913MKIII typically involves a temperature profile that follows a peak temperature of 230°C (450°F). The temperature is regulated by a heated reflow chamber and load-lock chamber which allow for accurately controlled preheating, ramping, and soldering. Design-wise, 1913 MKIII is composed of a series of snorkel-style containment vessels, as well as multiple high-capacity, sealed heating elements installed inside the enclosure. The chamber can be continually opened and closed using a simple lever mechanism, ensuring a safe and measured cycle which ensures that the system can accept a wide range of types of components. The oven has a maximum load of 1000kg, and is docked with a hot air oven station for improved process yield. The unit's primary heat source is an infrared gas burner, providing an efficient yet cost-effective solution. In terms of safety features, 1913MKIII is equipped with a number of features such as a temperature-controlled gas detector, over-temperature safety alarm, fire extinguisher, and a pressure relief valve, all of which ensure safety during operation. The entire device is capable of achieving an outstanding process yield, through the combination of accurate temperature control, combustion rate control, and advanced convection technology, which reduce the amount of degraded components. HELLER 1913 MKIII has been specifically designed for a long life cycle, and with continuous adjustable temperature, rapid-cycle operation, and stable running, it is ideal for large-scale industrial operations. In summary, 1913 MK III is an advanced, robust, and reliable industrial reflow oven that utilises efficient and effective thermal processing techniques to ensure a cost-effective and reliable soldering process. It is capable of withstanding virtually any requirement faced in modern-day manufacturing environments, allowing manufacturers to benefit from its excellent repeatability and process control.