Malvern Demonstrated Ease of Use of Mastersizer 3000 at Pittcon 2012

Raising particle sizing to a smarter level, the new Mastersizer 3000 from Malvern Instruments delivers unique performance and productivity advantages, wrapped in a stylish, compact and practical instrument design. Now anyone can make good measurements and get exactly the data they need quickly and easily. With an extended dynamic range that spans 0.01 to 3500 microns, the Mastersizer 3000 laser diffraction particle size analyser delivers precise, robust wet and dry measurements right

across the milli-, micro- and nano-meter size ranges. Smart design of the new optical core packs this high performance into a small footprint system that boasts equally well-engineered sample dispersion accessories, including an entirely novel dry powder dispersion unit. Such flexibility makes the system ideal for the multitude of particle sizing applications for which laser diffraction is now the technique of choice.

Friendly and intuitive software drives every Mastersizer 3000 measurement, bringing operator- independent analysis and offering data generation tailored to individual customer needs, with presentation options as diverse as the industries it serves. The process of method development has been streamlined, with access to Malvern’s extensive know-how provided when and where it is needed. This is all backed by gold standard applications support from Malvern teams around the world, whose collective experience is second to none. “So at Pittcon 2012 we introduced Malvern Instruments brand new Mastersizer 3000, a laser diffraction particle size analyser. It replaces the familiar Malvern’s

Mastersizer 2000 and the video shot at Pittcon 2012 introduces the new features and operation of the Mastersizer 3000, Comments Julie Chen, Technical Specialist from the Particle

Characterization division of Malvern Instruments, Inc. New features include dry powder and wet suspension dispersers, easier maintenance with newly designed cassettes and an upgraded

software interface. The particle range is 10nm to 3.5mm, with a smaller footprint and quieter operation.”