Used SMT Quattropeak L #9164070 for sale

SMT Quattropeak L reflow oven is a powerful and reliable tool designed to maintain high precision in the reflow soldering process used in printed circuit board assembly. Featuring a number of technological advantages, Quattropeak L is designed to handle a wide range of tasks within the electronics manufacturing industry. SMT Quattropeak L includes an all-in-one design that makes it easier to use, with no additional components needed. The touchscreen, intuitive menus, and user-friendly controls make it simple to use with minimal setup. Moreover, it also features an intuitive real-time monitoring system that notifies you when parts need to be adjusted or reset for optimal performance. Quattropeak L is equipped with four reflow ovens in order to manage multiple tasks within the printing circuit board assembly. Each oven is equipped with dual solid-state temperature control systems and independent voltage control for precise temperature settings. Additionally, each zone comes with independent conveyor speed regulation and a smoke suppressant system to ensure a healthy working environment. The reflow oven also includes a host of safety features. The closed-circuit safety systems monitor the parameters of the ovens to ensure that temperatures do not exceed safe limits. Moreover, a range of advanced heating technologies ensure that the parts are heated evenly, minimizing wastage of resources. SMT Quattropeak L includes an efficient auto-cooling system that removes waste heat from the ovens, improving energy efficiency. Moreover, the large chamber capacity of the oven ensures that it can complete a high number of tasks quickly and easily. Additionally, the oven is highly dependable in terms of performance, with a guaranteed high production rate. All in all, Quattropeak L reflow oven is a powerful and reliable machine designed to provide high precision and high production rates with minimal effort. It is an ideal tool for printed circuit board assembly, with its wide range of features designed to ensure optimal performance in even the most demanding scenarios.