Used DYNATECH MR 700 #86222 for sale

DYNATECH MR 700 is an advanced laboratory equipment and accessory designed to improve the accuracy of research protocols and enable high throughput experimentation. It is suitable for use in a variety of scientific settings, including academic laboratories and commercial production. This innovative piece of lab equipment is equipped with a host of features that make it an ideal choice for a variety of research techniques. MR 700 is a cost-efficient device that enables rapid processing and recording of data. It includes a large 10.4" TFT LCD display with a 1024 x 768 resolution, which allows users to view the data collected with ease. The device is able to measure pressure, temperature, and moisture with high precision, making it an ideal option for studying the physical properties of samples. In addition, the unit features a high voltage input and intermediate frequency (IF) as well as an optional waterproof housing. In order to ensure accuracy, DYNATECH MR 700 utilizes an advanced micromechanical sensor and an advanced signal processing module. This combination allows accurate readings at a wide range of amplitudes and frequencies. The unit also has an adjustable sampling rate, an adjustable data window, and an auto-adaptive algorithm, allowing users to adjust the settings to their specific needs. MR 700 has an easy to use user interface that boasts a wide range of modes and configurations. The unit is capable of single factor or multi-factor analysis, allowing users to customize their experiments for maximum efficiency. Additionally, the unit allows for powerful programming capabilities. DYNATECH MR 700 also has a built-in data logger that stores and retrieves experiment data with ease. MR 700 is an excellent choice for those looking to conduct high quality experiments with confidence. With its precise accuracy and reliable performance, it is a great addition to any laboratory. Its user-friendly interface, powerful programming capabilities, and data logger make it an ideal choice for any scientific setting.