Used SMT 2.8 PC N2 #9300550 for sale

SMT 2.8 PC N2 is a modern reflow oven used in the production of printed circuit boards (PCBs). It is designed to solder components onto or into printed circuit boards in an efficient and consistent manner. SMT 2.8 PC N2 is a dual-lane reflow oven with a maximum of sixteen (16) zones. It offers an integrated process control system with profile management and data logging, allowing for precise and efficient control over the soldering process. This high-specification system is capable of achieving perfect reflow heat transfer with minimal component distortion. SMT 2.8 PC N2 is made up of an oven chamber, conveyor belt, and a control unit. The oven chamber is made from stainless steel and is rated up to 750 ℃, allowing it to solder at a wide variety of temperatures. The conveyor belt is made from perforated metal with adjustable speed options and programmable widths, allowing for flexibility in component spacing. The heating elements in SMT 2.8 PC N2 are made from a combination of quartz and ceramic infrared emitters. These emitters are able to quickly and accurately raise the temperature of the oven chamber to the desired set point, while the built-in cooling element quickly cools it back down after the components have been soldered. The control unit features a touch screen user interface, as well as intuitive software and a powerful PC processor. This allows for easy input and programming of graphically-displayed reflow recipes to follow each individual component and to ensure accurate soldering. Additionally, the control unit features a built-in vacuum system for the conveyor belt which minimizes component movement to maintain desired component placement. Overall, SMT 2.8 PC N2 is an advanced reflow oven with a high temperature tolerance and intuitive control systems which allow for precise operation and optimal results. Its stainless steel oven chamber, infrared heating elements and intuitive software allow it to consistently solder components onto or into printed circuit boards in an efficient and reliable manner.