#Sample manager thermo fisher software

With this setup, only an administrator could obtain job backlog data by running a system query. Prior to using the Data Analytics Solution, Pharma Services was using multiple LIMS and other systems for data management. Having this information readily available allows for removal of systemic roadblocks and completion of investigations to support on-time product release. A job’s due date is set to maintain the product release schedule. The Job Backlog dashboard highlights jobs where all associated samples and testing have not been completed and authorized by the assigned due date. Using the Sample Time dashboard ensures staffing is adequate for routine operations and helps predict bandwidth for upcoming projects and volume fluctuations. Watson said having access to this information in real time helps the Pharma Services team understand the laboratory output and constraints. Knowing the number of samples that the department tested in a quarter aids in planning of both resources and materials. This dashboard provides the data necessary to determine whether lab resource adjustments are needed to meet the manufacturing demand. At a glance, a laboratory manager can determine how efficiently each lab group is functioning. The new Sample Times dashboard provides a breakdown of cycle time by laboratory group over the specified number of days (e.g., last 60 days). She believes the efficiency and productivity gains the Pharma Services team experienced with these dashboards will benefit other labs, regardless of industry. Watson and the Pharma Services team realized immediate value using the new Sample Times, Job Backlog and Sample Status dashboards.

The solution includes seven new dashboards: Sarah Watson, Business Analyst, Thermo Fisher Pharma Services, partnered with the Data Analytics Solution design team to expand the offering. The dashboards are designed to add context to your lab data, delivering clear insights for informed decisions. The Data Analytics Solution in SampleManager LIMS includes a set of out-of-the-box dashboards, providing key business and laboratory insights on resource availability, stock information, location status and lab performance.

#Sample manager thermo fisher software

SampleManager LIMS software is helping Thermo Fisher Pharma Services achieve its Pharma 4.0™ vision, with the Data Analytics Solution playing a crucial role in this digital transformation. The Data Analytics Solution is available to all SampleManager LIMS customers in all industries. For labs using Thermo Scientific™ SampleManager LIMS™ software, the Data Analytics Solution can be a great place to start. Gaseous analytical detector (for high pressures) (BSE).Advancing your digital transformation initiatives from strategy to action requires pragmatic ways to get more from your lab data. Gaseous secondary electron detector (for high pressures) (SE). Retractable annular and circular BS detector (SE, BSE). Working pressure: 1x10⁻⁶ mbar to 50 mbar. National Science Foundation under award number DMR- 1725618. The nanoindenter can apply a maximum load of 50 mN with a load resolution of 3 nN.Īcquisition of the Quattro S and the nanoindenter was funded by a Major Research Instrumentation Grant (PI: Klaus van Benthem) from the U.S. The nanoindenter allows users to acquire force-displacement curves from select areas of their material while observing samples under the electron beam. InSEM I nanoindenter is also installed on the Quattro S. The Quattro S is equipped with an in-situ heating stage, which is capable of heating a sample from room temperature up to 1400 ° C.Ī Nanomechanics, Inc. The low vacuum regime also enables users to take images of non-conducting samples without coating their samples in gold or carbon. The large pressure range allows the user to acquire images of hydrated specimens. It is capable of operating at pressures up to 50 mbar. The Thermo Fisher Quattro S is an environmental scanning electron microscope (SEM) equipped with a Schottky FEG. The first of its kind in the U.S., the Quattro S allows researchers to explore and image with nanometer resolution nearly any material on earth, from extremely hard materials to living cellular structures.