Used DNS / DAINIPPON LA-820 #9266137 for sale

DNS / DAINIPPON LA-820 rapid thermal processor is a piece of equipment designed to increase thermal processes productivity while reducing cycle times. It is used for a variety of thermal processes such as curing, heating, and drying, and is suitable for use in research and production environments. DNS LA820 features a compact design that allows for efficient integration into existing machinery and processes. It is designed to accommodate processes that range from room temperature temperatures up to 1100 degrees Celsius. The temperature range is adjustable using up to ten profile points with interlock controls, allowing for precise temperature control. DAINIPPON LA 820 is capable of reaching thermal process speeds between 1 and 5 seconds depending on the material being processed. The majority of materials can be processed at temperatures ranging from 500 to 900 degrees Celsius for a cycle times ranging between 5 and 15 seconds. DNS / DAINIPPON LA820 includes a heating element that is capable of rapidly reaching the desired temperatures. The heater element is made with a gold plated bifilar coil, which helps to ensure a fast heat-up time and a uniform heating surface. Additional features of LA 820 include ceramic insulation to improve energy efficiency, and gas outlets for controlling nitrogen or argon gases during final furnace cycles. LA820 is equipped with several safety features to protect operators when performing thermal processes. These features include a safety interlock equipment to prevent accidental start-up of the system when personnel or materials are present, over-temperature detection to shut the unit down if temperatures exceed the set limit, and a forced cool-down mode to ensure safe shutdown of the machine at the end of a cycle. Overall, DNS LA-820 is a powerful piece of equipment that can be used to increase thermal process efficiency while decreasing cycle times. Its advanced temperature control and safety features make it suitable for use in both research and production-level applications.