Used TWS 1300 #9357140 for sale

TWS 1300 is a precision reflow oven designed for the electronic assembly and solder reflow process. It is a powerful reflow oven with user-friendly interface and efficient heat conduction. It has a temperature range of 50-300 °C, allowing operators to solder components ranging from fine pitch SMDs to other more demanding components. It is well suited for production of high quality soldered assemblies with bulletproof repeatability and provided great value for its cost. 1300 oven is powered by an efficient hot air convection equipment, customized for reflow process. An internal adjustable fan speed allows the user the adjust the airflow within the oven chamber for best thermal profiles as well as rapid cooling of the shell. An even homogeneous heating is ensured thanks to the multiple layers of an alloy-made heating plate. It can heat up quickly and the maximum heating rate can reach up to 10 °C/sec, giving the user precise control over the heating process. In terms of safety, TWS 1300 has two safety measures, one being the high temperature alarm system to alert the operator should the temperature exceeds maximum operating temperature. The other being the built in nitrogen atmosphere monitoring unit, which continually analyses the oxygen levels inside the oven chamber, to ensure safe and efficient heat soldering environment. 1300 reflow oven also includes a 4.3 inch LCD color touch screen for operating. It is equipped with the latest version of tweaking software that can store up to 100 reflow profiles, thus supporting a variety in product processing. The oven also has an inbuilt sensor machine, providing real time temperature readings and alerting the user of any alarm it triggered. Overall, the Twin Systems TWS 1300 convection reflow oven is a great product for the electronic assembly of smd components with unparalleled speed and efficacy. It provides user-friendly features and safety measurements to ensure the integrity of the end product, and represents excellent value for money.