Used MRL HT1312 #9157344 for sale

MRL HT1312 is a diffusion furnace and accompanying accessories designed for reliable and precise sample processing. It features a high-temperature range of up to 700°C, allowing for efficient doping and precipitation processes. HT1312 offers a wide range of accessories to facilitate use and ensure optimal performance. MRL HT1312 utilizes innovative technology, including a high-performance air-cooled motor, for increased efficiency and controllability. It also features a low-noise substrate holder, and a durable air cooling equipment to keep the operating environment reliable and consistent. An integrated safety system ensures that the user is safe during operation. HT1312 has a wide range of parameters to choose from, such as time setting, temperature setting, and gas flow control. This allows the user to control the process precisely to their requirements, in order to achieve the desired sample performance. The furnace is also equipped with an advanced data acquisition unit that captures environmental and process parameters throughout the operation. This collected data is used to provide information for detailed analysis of the sample. In terms of accessories, MRL HT1312 has an automatic load-locking machine, which is designed to secure the sample during the process and ensure safety. A reactant delivery tool is available to deliver gases or liquid reactants into the furnace. An automated gas analyzer is available to measure the partial pressure of oxygen or other gases in a furnace chamber. This enables the user to precisely control the gas content in the process and ensure that the sample is not adversely affected. HT1312 includes an ion source, which can be used to selectively dope regions within the sample. An electric resistance sensor is also available to detect surface temperatures. Overall, MRL HT1312diffusion furnace and accessories provide reliable and precise sample processing with optimal results. It is engineered to provide the user with an efficient and safe atmosphere, while maintaining accurate and reliable results.