A collaboration between Malvern Instruments and Bio-Radhas delivered new analytical tools for the rapid identification of unknown particles. New software to support Malvern’s Morphologi G3-ID, which analyzes particle size, shape and chemical composition, enables the direct comparison of mea ... more
Malvern Instruments opens new multipurpose facility in Houston
Celebrating the opening of Malvern Instruments’ new facility in Houston (from left to right: Paul Walker, Managing Director, Malvern Instruments; Peter Bennett, Project Manager for the move; Simon McCaskie, Operations Director, Malvern Instruments, Terry Oglethorpe, Operations Manager for the Houston facility, and Brian Dutko, President of the Americas Operation).
Malvern Instruments has officially opened a new multipurpose facility in Houston, Texas. At 22,000 sq. ft. the new building is double the size of Malvern’s previous premises in Houston and houses state-of-the-art laboratories, product development, manufacturing and commercial operations. The site will be a Center of Excellence for the company’s separations products, as well as providing applications development and demonstration facilities for all Malvern systems.
Malvern Managing Director Paul Walker and Operations Director Simon McCaskie both joined Brian Dutko, President of the Americas Operation for Malvern Instruments, to declare the new facility open and to welcome the Houston team to their new home.
“I am really proud of what is a truly first-class facility and I can’t wait to welcome more visitors,” said Brian Dutko. “Having the new application laboratories is particularly exciting because not only will we showcase our complete line of chromatography systems, we’ll also feature Malvern’s entire product offering of particle characterization and imaging systems, along with our rheometers. We can now be even more responsive to our expanding customer base in the United States, as well as some of the emerging markets in Latin America.”
Adjacent to the analytical suite is an Industrial Laboratory built to accommodate Malvern’s expanding range of in-process analyzers, as well as the company’s rheometers. “Access to the industrial laboratory set-up will help us to better meet the needs of a thriving polymer industry on the Gulf Coast,” explained Brian Dutko.
- Malvern Instruments
Malvern Instruments has established a new biopharmaceutical applications laboratory in the heart of San Diego’s biotechnology cluster. The new laboratory will enable customers and Malvern applications specialists alike to experience and use Malvern’s range of specialist biophysical characte ... more
Malvern Instruments Ltd has announced that it has completed the acquisition of MicroCal from GE Healthcare Life Sciences and has also purchased the Archimedes particle characterization system from Affinity Biosensors LLC (Santa Barbara, CA). Both of these developments extend Malvern’s portf ... more
Polyethylene and Polypropylene are so-called Polyolefins. They are produced in large amounts every year. Depending on the process and catalyst used linear or branched polymers can be produced. In case of e. g. Polyethylene there are at least three po more
Dynamic Light Scattering (DLS) is an established technique in the field of protein crystallography. DLS is used to measure hydrodynamic sizes, polydispersities and aggregation effects of protein samples. These are important parameters for the crystal more
Particle size distribution is one of the key parameters in pharmaceutical powder processing.Granulation – a common method for improving powder flow properties and reducing segregation is often not easy to develop, scale-up and control. Fluid Bed top spray granulation – monitor granule growt ... more
In this webinar, find out how Isothermal Titration Calorimetry (ITC) can be used to characterize nanoparticles. Isothermal titration calorimetry (ITC) is used to characterize the thermodynamics of nanoparticle assembly, as well as nanoparticle interactions with proteins, membranes and other ... more
The success rate for protein- or RNA/DNA-ligand co-crystallization can be significantly improved by performing preliminary biophysical analyses. Among suitable biophysical approaches, isothermal titration calorimetry (ITC) is certainly a method of choice.ITC can be used in a wide range of e ... more