Used HIKE DJ1223VN CX3 #9270859 for sale

HIKE DJ1223VN CX3 is a commercial-grade, multi-purpose, diffusion furnace designed to meet the needs of a wide range of industries. This technologically advanced furnace features a high-temperature, forced-air heater, allowing for temperatures up to 1000°C, making it ideal for high-temperature sintering and development processes. It is equipped with a fully automated 9-zone thermal control equipment and touch-screen controller, allowing for precise temperature regulation, which is essential for repeatable and consistent processes. In addition, the furnace comes with a high-capacity loading chamber, allowing for multiple simultaneous processes. The chamber is designed with double-insulated walls, minimizing outside air intake and ensuring a sealed, efficient operation. An exemplary safety feature includes an advanced pressure control system, increasing safety in the event of a furnace failure. Furthermore, the furnace is also designed with a staged oxidation process, which reduces oxidation levels and improves crystal quality. It is equipped with a full-view tempered glass window, allowing the user to observe the process in real-time. This specific furnace also comes with a built-in high-velocity fan for post-diffusion cooling, allowing for faster cooling and improved accuracy. Finally, DJ1223VN CX3 is designed for both batch and continuous production. It also features a total hot zone refractory unit, which supports maximum flexibility when it comes to product containers. Additionally, a customer-configurable quench machine is included, ensuring compatibility with the customer's existing cooling tool, while also offering more precise cooling control. In conclusion, HIKE DJ1223VN CX3 is a multi-purpose, commercial-grade, diffusion furnace solution, capable of reaching temperatures up to 1000°C. It is equipped with advanced safety and temperature control features, as well as a broad range of accessories, making it an ideal solution for any high-quality, high-temperature sintering and development processes.