Used BRUKER Tensor 27 #9226561 for sale

BRUKER Tensor 27 is a high performance nuclear magnetic resonance (NMR) spectrometer. It is equipped with a range of advanced hardware and software features to provide an efficient and accurate research instrument. This has introduced an era of accessible and affordable NMR research technology. Tensor 27 consists of a 9.4 Tesla superconducting magnet, equipped with an actively shielded ultra-wide bore design in order to facilitate a wide range of sample sizes. The double volume coil allows for low-angle and fast acquisition, while the low volume Tri-Cone Probes provide a wide range of pulse sequences and high sensitivity. This ensures a higher resolution and faster data acquisition for a given number of acquisitions. BRUKER Tensor 27 is powered by the Pulse Programmer Window (PPW) software, allowing users to control the instrument's sequence and customize it remotely. The PPW allows for manual, semi-automated, and fully automated sequence scripts, as well as a simple and user-friendly interface with a graphical overview of the entire instrument configuration. Tensor 27 is equipped with additional features such as a digital lookup table, a phase cycling quadrature adjustable spin echo to reduce artefacts, and a 99.2 kHz data collection mode that provides a high signal-to-noise ratio. It also includes a gradient system capable of optimal field of view and high magnetic field homogeneity, to ensure accurate and precise measurements. BRUKER Tensor 27 offers novel technologies to improve the accuracy of NMR analysis and increase the quantity of data points collected. Its 9.4 Tesla field is capable of yielding high‐resolution data from the full range of samples and presented configurations. The wide selection of automation sequences enables enhanced speed and efficiency in performing and executing experiments. The user‐friendly PPW allows for a simple and intuitive experience when setting up experiments and controlling the instrument. This instrument offers an effective and efficient way to perform NMR studies, with optimal precision and reproducibility.