Malvern Instruments Mastersizer 3000 Particle Size Analyzer: New Software Speeds Method Development

New software for the Mastersizer 3000 laser diffraction particle size analyzer from Malvern Instruments continues to lighten the analytical workload associated with developing robust particle sizing methods for industrial applications. Smart new operational features, such as an Optical Property Optimizer, simplify and streamline the process of method development, while a new result emulation tool eases the process of transferring methods from other particle sizing techniques. A growing range of integrated visual guides, covering every aspect of the operation of the Mastersizer system, provide the reassurance of Malvern expertise at the bench top.

Laser diffraction systems offer highly automated, easy-to-use, ‘push-button’ particle sizing for diverse applications across industry. However, reaching this level of analytical efficiency requires careful development of a suitable measurement method. The new Mastersizer 3000 v3.00 software simplifies this by aiding users in selecting optical properties - one of the last-remaining expert tasks in laser diffraction The new version software also supports method transfer, helping laboratories to reach new levels of productivity.

The new Optical Property Optimizer (OPO) allows users to easily manipulate the optical properties necessary to calculate particle size distributions from laser diffraction data, helping them to experimentally determine the ideal settings for a given application. Use of the OPO is explained in an embedded video, which joins the growing series of walkthrough tutorials covering all aspects of laser diffraction analysis for both wet and dry dispersion measurements. Clearly presented and easy to understand, the new video mini-guides provide expert support at the instrument, maximizing productivity. Finally, efficiency of a lab can be further enhanced through the application of a new emulation tool that eases method transfer between alternative sizing techniques, such as sieving and laser diffraction. This helps to ensure successful application of a method when upgrading to laser diffraction and allows direct comparison with historic particle sizing data.

The Mastersizer 3000 laser diffraction particle size analyzer delivers precise, robust measurement of dry powders and liquid dispersions across the milli-, micro- and nano-meter size range, with an extended dynamic range that spans 0.01 to 3500 microns. The new software advances the capabilities of the laser diffraction user interface, supplying those with limited experience of particle sizing with the support needed to confidently access the full capabilities of the Mastersizer system.