Malvern Panalytical and Concept Life Sciences have announced a full business integration. The integration will expand the existing analytical instrument and service relationship (Amplify Analytics) to include the Chemistry and Biology services of CLS. Both entities are operating businesses ... more
Waters and Malvern Panalytical collaborate to improve polymer characterization
Waters Corporation announced that it entered into a co-marketing agreement with Malvern Panalytical to advance the analysis of polymers. By pairing the Waters ® ACQUITY ® Advanced Polymer Chromatography ® (APC ™ ) System with Malvern Panalytical’s OMNISEC ® REVEAL , R&D scientists can access higher sensitivity, higher resolution data than ever before, giving them better insight into their samples without the need for column calibration.
The emergence of new and increasingly complex polymers with a broad range of structural and compositional diversity has been a driving force in the development of advanced analytical and separation technologies for polymer characterization. Today, analysts seek innovative techniques that allow them to better characterize and understand their highly complex samples. Combining high efficiency columns with the low overall system dispersion of Waters’ APC significantly improves resolution, especially for low molecular weight oligomers. In addition, run times can be up to 5X faster than with traditional Gel Permeation Chromatography, enabling higher sample throughput and more rapid method development.
Use of this high speed, high resolution separation technique has historically seen limited pairing with advanced online detectors, such as light scattering, due to limitations in the dispersion characteristics of these detectors. However, as the advantages of the APC become clearer, both in research and industry, manufacturers have been working to reduce dispersion within their advanced detector options, whilst maintaining the high resolution of the APC separation. Malvern Panalytical has achieved exactly this with its OMNISEC REVEAL multidetector module. Coupling the APC System to the OMNISEC REVEAL offers the ability to calculate absolute molecular weight, intrinsic viscosity and hydrodynamic radius. These parameters can be used to predict polymer behaviors in solutions/product matrices and to give a more comprehensive understanding of polymer structure. This speed of analysis and easy access to more detailed information provides a quicker pathway to the development of more successful and efficient products.
“Waters takes great pride in collaborating with innovative companies like Malvern Panalytical to solve complex molecular characterization challenges. This is an example of two leaders in our respective fields working together to optimize the combination of our technologies in order to help scientists achieve their analytical goals,” said Jeff Mazzeo, Vice President of Marketing, Waters Corporation.
“Malvern Panalytical is proud to work with Waters to leverage the high sensitivity and low dispersion characteristics of the OMNISEC REVEAL advanced detector module, which are ideally suited to the APC system’s high resolution and high efficiency separation characteristics. We believe that researchers will be delighted with the analytical abilities of the combined system, which offers extraordinary performance for the analysis of both natural and synthetic polymers and provides visibility of details that would otherwise be missed. The combination of Waters’ APC and Malvern Panalytical’s OMNISEC REVEAL opens new doors in polymer research and development which will translate directly to better product performance,” stated Steven Horder, Vice President, Advanced Materials, Malvern Panalytical.
SOPAT GmbH announced a distribution agreement with Malvern Panalytical. Malvern Panalytical is now the exclusive distributor for a complete range of SOPAT photo-optical image analysis instrumentation and software in the United States of America. “We are thrilled to be working together with ... more
Spectris plc announces that effective 1 January 2017, Malvern Instruments and PANalytical will be merging their activities. Both Malvern and PANalytical are operating companies within the Materials Analysis segment of Spectris. The companies are both world leading suppliers of analytical in ... more
Waters Corporation has formally expanded its long-standing, collaborative relationship with Dr. Sunghwan Kim of Kyungpook National University to further explore the use of Waters’ cutting-edge ion mobility spectrometry (IMS) in the investigation of compounds in complex mixtures. Identifying ... more
Waters Corporation announced that Udit Batra, Ph.D. has been named the Company’s President and Chief Executive Officer, effective September 1, 2020. He will also join Waters’ Board of Directors at that time. Dr. Batra succeeds Christopher O’Connell who will remain in his current roles as Pr ... more
Waters Corporation announced that it has entered into a definitive agreement to acquire Andrew Alliance, an innovator in specialty laboratory automation technology, including software and robotics. Andrew Alliance’s cloud-native software platform and modern interface dramatically improves t ... more
Less analyte losses due to metal interactions ✓ No time-consuming system- and column passivation ✓ Highest sensitivity, reproducibility and more stability ✓ more
Improved sensitivity, recovery and peak shape ✓ See new analytes previously undetected ✓ Increased reproducibility with less time spent on passivation more
Ever-evolving regulations are impacting LC method approaches for product quality control and beyond. Count on the Arc HPLC System for high-efficiency separations and quality data to help meet your regulatory requirements with confidence. Arc HPLC allows you to easily replicate and improve t ... more
Non-specific adsorption (NSA) of metal sensitive analytes can lead to loss of sensitivity, poor peak shape, poor reproducibility and lengthy passivation procedures. The occurrence of these NSA losses can be hard to predict and therefore, a good plan to mitigate them leads to less risk and ... more
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