Used OSHITARI LABORATORY SCOX-2000Hz-S #9150879 for sale

OSHITARI LABORATORY SCOX-2000Hz-S is a high-performance industrial furnace used for a broad range of heat treatment applications. This furnace features a powerful 2,000Hz of power, enabling it to achieve temperatures up to 2000°C and very high uniformity of temperature throughout the working space. The furnace is equipped with a broad range of sensors to monitor and control process parameters including temperature, oxygen level, power, and pressure. SCOX-2000Hz-S features a robust construction, ensuring its durability and safety, in addition to its high-performance properties. It also boasts an innovative heat-resistance conveyor belt and multiple heating zones that are designed specifically for high temperature metallurgical, ceramic, and heat treatment applications. The chamber of OSHITARI LABORATORY SCOX-2000Hz-S is capable of containing objects of up to 800mm in length and 600mm in width. The height of the lid of the oven can also be adjusted as needed, enabling it to accommodate items of varying sizes. An integrated safety limit switch can shut off the electrical circuit if the maximum temperature and pressure are exceeded. This is designed to provide an added level of safety for the operators of the oven. A built-in exhaust system is also included which can automatically draw away incorporated gases and mild odors. This furnace is designed for easy operation and provides the user with a comprehensive control over their heat treatment process. It can be easily programmed, controlled, and monitored via the 7"illuminated touch-screen control panel. The oven also comes with a range of pre-defined profiles for maximum convenience and efficiency. It also features a digital electronic timer for accurate timing and time-based heating operations. SCOX-2000Hz-S is a reliable, durable, and high-performance industrial furnace that can handle a variety of heat treatment applications. It is easy to operate and ensures maximum safety and efficiency in any production setting.