Used ABET TECHNOLOGIES 12018 #9373272 for sale

ABET TECHNOLOGIES 12018 is an exposure equipment designed for use in research, medical and industrial applications. It is designed to provide accurate, reliable and repeatable exposure of materials or objects to any combination of environmental parameters and sources of radiation or electromagnetic energy. 12018 system is capable of delivering up to 1,000,000 lux hours or 1,000,000 lux-minutes of exposure depending on the application. The unit is equipped with two separate exposure chambers, one for light exposure and one for non-visible radiation exposure. All the chambers are connected and can be operated independently. The machine includes precision sensors that are linked to each of the exposure chambers lets the user control and monitor parameters such as optical dose, temperature, humidity, pressure, and more. The exposed sample is centrally monitored and controlled within the tool to ensure consistent, accurate exposure results. ABET TECHNOLOGIES 12018 asset can also be configured to simulate a wide variety of environmental conditions. This includes the ability to set a range of light levels and temperatures, create light profiles for either a day/night cycle or specific times of day, and adjust humidity levels. Additionally, the model can also simulate various Environmental Stresses such as UV, Haze and Fog. 12018 equipment is also equipped with advanced safety features such as specimen handling system and built-in safety alarms that can be activated when needed. Additionally, the unit also has an auto-reply feature which allows the user to monitor machine activity remotely in the event of any malfunction. Overall, ABET TECHNOLOGIES 12018 tool is an advanced and reliable exposure asset that is ideal for research, medical and industrial applications. It provides accurate and repeatable exposure to any combination of environmental parameters and sources of radiation or electromagnetic energy. It is equipped with a wide range of advanced features and safety measures, making it a highly efficient and reliable model capable of providing consistent, accurate exposure results.