Used AEHR MTX FP+ 1000A #9285349 for sale

AEHR MTX FP+ 1000A is a specialized high-temperature oven/furnace designed to support various annealing and sintering processes across many types of materials. The oven is designed to be used as part of a large-scale production line and is capable of reaching temperatures up to 1250°C with a temperature uniformity of +/- 5°C. The oven has a robust, stainless steel exterior with a 100mm thick wall and door insulation proven to retain heat and provide reliable performance. The inside cavity is designed using hot water-cooled processes due to its precision temperature and stability requirements. This is evident given its stability can provide profiled temperatures with a 3°C per hour maximum program rate and a temperature profile with steady-state stability of 1.0 °C. The oven is equipped with a range of features such as two-stage recirculation; this includes a combination of natural (forced exhaust) and mechanical convection (air circulation fan), making the oven as energy-efficient and environmentally clean as possible. The oven also has powerful PID programming capabilities, with enough control over heating and cooling rate profiles to fit the needs of many applications. MTX FP+ 1000A is capable of taking up to four different configurations, allowing for the heating and cooling of two different products in two different chambers. This flexibility ensures that process requirements can be met efficiently. In tandem, both the top and bottom heating zones can maintain uniformities of 1.5°C and 0.5°C respectively. In terms of safety, AEHR MTX FP+ 1000A is equipped with a combination of alarms and visual indicators. All interior and exterior temperatures as well as furnace functions can be monitored, ensuring safety regulations are adhered to at all times. Overall, MTX FP+ 1000A is a powerful, yet energy-efficient high-temperature oven/furnace tailored to the specific needs of various industries and their applications. With its accurate PID programming, uniformity, and safety measures, it is an ideal choice for annealing or sintering processes that require high-temperature uniformity of +/- 5°C in chamber air.