Used SVG 6105 #9226114 for sale

SVG 6105 is a state-of-the-art diffusion furnace designed for the highest performance and efficiency in modern industrial processes. Its aluminum construction and adjustable temperature control have been specially designed to provide reliable and repeatable results for a variety of production and research applications. 6105 is equipped with a variety of accessories that make it suitable for any research or production environment. These include a range of trays - including sample holders, baskets and crucibles - that make it possible to process multiple samples at once. The control panel on the machine features a range of settings and controls that can be used to precisely monitor and adjust the temperature within the chamber, allowing for repeatable results when heating and cooling tough materials. It also comes with safety features such as a thermocouple and a safety switch to ensure that the process is conducted safely and within the required parameters. SVG 6105 diffusion furnace is powered by a maximum of 6 Amps and has two main heat sources: induction and conduction. Its induction mode is designed to create uniform temperature across the surface of a sample, while its conduction mode is designed to focus heat more precisely at a particular point. Both provide exceptional results when using the right materials. 6105 also features a pass-through system which allows for more uniform heating and cooling times. This allows for faster and more accurate diffusion of materials, as well as quicker and more efficient processing times. Finally, SVG 6105 comes with an easy-to-use programming interface that makes it easy to access and control the system from a remote location, making it ideal for research or production processes that require frequent data updates and remote monitoring. 6105 diffusion furnace is designed to offer industrial-grade performance and reliability in a variety of applications. Its adjustable temperature settings, high-grade construction, and state-of-the-art features make it an effective and efficient tool for any high-performance laboratory, production, or research process.