Used BROOKFIELD DV II+ Pro #9245767 for sale

BROOKFIELD DV II+ Pro is a versatile and advanced laboratory-grade rheometer that combines advanced features such as a shielded digital signal processor (DSP) to ensure reliable and consistent results, therefore providing optimum accuracy. DV II+ Pro is designed with a range of advanced features and options, making it well-suited to both research and industrial applications. The fuel tank carries a maximum of 2.8 liters of fluid, allowing a wide range of fluid volumes to be tested, including automatically varying and adjustable head speeds. BROOKFIELD DV II+ Pro also utilizes a patented dual-cam design which allows the rheometer to both measure and generate a variety of torque and force responses, as well as providing extended rheological data analysis. DV II+ Pro also includes an intuitive and easily navigable graphical user interface software for computer-aided data entry, analysis, simulation, and visualization. This allows for the testing of complex material performances and creating comprehensive solution-driven analyses. Furthermore, powerful connectivity means that BROOKFIELD DV II+ Pro can be connected directly to a personal computer for easy data transfer and operation from any location. DV II+ Pro is also developed with user safety in mind. It features an autostop switch and emergency stop feature for environmental and user safety, as well as an integrated wide-angle camera for increased safety monitoring and enabling remote diagnostics. BROOKFIELD DV II+ Pro has a variety of optional attachments available, allowing the rheometer to be customized to meet specific needs, such as sample cooling and heating, stepper motor, and automated viscoelast measurement. DV II+ Pro is designed to meet stringent laboratory requirements, and its broad range of features and options make it ideal for a variety of research and industrial applications around the world. Its low power consumption and minimal maintenance requirements further contribute to its cost-effectiveness and efficiency, providing an excellent value and an excellent solution for precise and accurate rheological measurement.