Used POLYTEC OFV 1000 #198302 for sale

POLYTEC OFV 1000 is an optical measurement equipment for measuring both the speed and displacement of vibrating objects with extreme accuracy. Equipped with automated and calibrated detection optics, it is capable of providing up to eight times faster data rates internally than standard single shot laser vibrometers, allowing for the collection of large amounts of vibration data quickly and accurately. This advanced system can even be used to measure very small displacements down to mere nanometers, making it ideal for a variety of research applications, such as nonlinear vibration analysis and probing acoustic noise, without the risk of data loss. OFV 1000 consists of two main components: the optical detection head and the controller. The optical detection head utilizes a scanning Fabry-Perot interferometer and a galvanometer mirror to measure both the speed and displacement of a vibrating target. The mirror is driven by an electromagnetic drive which allows for precise scanning of the sample, converting velocity and displacement into electrical signals. Meanwhile, the controller acts as the brain of the unit, interpreting and processing the data provided by the optical head. This is done through advanced software algorithms, which turn the raw data into an accurate physical profile of the sample. POLYTEC OFV 1000 also offers several optional sensors for measuring more specialized vibration data. These include a digital optical channel, an acoustic channel for analyzing acoustic noise, and a temperature channel for measuring temperature-related vibration. The machine also includes a variety of signal processing algorithms for isolating, magnifying, and enhancing vibration signals to give more detailed and accurate measurements. OFV 1000 is a powerful tool for measuring even the smallest vibration signals accurately and quickly. Its precision scanning mirror, cutting edge software, and optional sensors make it the perfect choice for a variety of vibration and acoustic noise testing applications. These include machine health monitoring, structural dynamic analysis, and advanced vibration tool modeling.