Arguably, the most resource-intensive component of the NMR system is the magnet.   Aside from initial purchasing costs, this component requires ongoing periodic maintenance and is the primary bottleneck in issues of space utilization and instrument siting.  It is also, of course, the component responsible for producing the highly homogeneous, high-strength magnetic field required for the NMR process, and consequently, it’s well-understood that a measured investment in this important component will pay-off in terms of quality NMR results.  With this investment, you want to maximally utilize your NMR magnet resource.  For dedicated environments, the Protasis One-Minute NMR automation system supports walk-up well plate and vial submission to the CapNMR probe, with freatures that include multi-solvent capability, informatics integration, and electronic reporting.  Alternatively, in stand-alone applications the ease-of-use attributes of the probe mean that it installs in minutes, requires only a handful of shims for operation, and utilizes room-temperature RF circuitry that does not require costly refrigeration platforms to operate.  In a dynamic laboratory where new application challenges require continued flexibility, microflow NMR is ready to grow with your needs and meet the challenges of tomorrow.