Used VITRONICS SOLTEC XPM3 1030 #9293921 for sale

VITRONICS SOLTEC XPM3 1030 is an oven and furnace designed for a variety of industrial and production applications. This powerful machine offers a compact design, efficient and accurate temperature control, and reliable operation. Its advanced technological features include dual-zone chamber, quartz heating elements, and intuitive control system. VITRONICS SOLTEC XPM3-1030 features a dual-zone chamber, which allows for uniform temperature distribution across the interior. It can be used for applications such as soldering, baking, hardening, annealing, drying, curing, and reflow. The chamber is constructed from temperature-resistant and durable stainless steel, and features a tri-deck design to optimize heat transfer. The machine is outfitted with high-quality quartz heating elements which generate fast and consistent heating up to 250°C (482°F). These elements, combined with a single-phase power supply, deliver superior power efficiency and performance. XPM3 1030 has high temperature stability for precision control and accuracy, even at higher temperatures. The control system is user-friendly and intuitive. It's equipped with PID control for temperature and timer functions, and includes a seven-inch touchscreen with an intuitive interface. The controller is linked to a LAN port, allowing for easy connectivity to a network. Users can access the machine from remote locations, control temperature setting, and monitor the process. In terms of safety features, XPM3-1030 includes multiple smart sensors and over temperature protection. This ensures that the oven or furnace does not exceed the normal operating temperature. It also features an audible alarm which alerts the user immediately if any problems arise. VITRONICS SOLTEC XPM3 1030 is an advanced and powerful oven and furnace that offers superior performance for multiple industrial applications. Its outfitted with top-of-the-line features such as dual-zone chamber, quartz heating elements, and intuitive control system, making it the ideal choice for production operations and temperature-sensitive processes.