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Since Malvern Instruments revealed the new Mastersizer 3000 laser diffraction particle size analyzer to the world it has become clear that the development team’s vision of a beautifully designed, technologically advanced system that anyone can use has been realized. Certainly that’s what initial feedback suggests! The Mastersizer 3000 delivers the widest measurement range available in a single system (10 nm to 3.5 mm), encompasses significant advances in dry powder dispersion to extend dry measurement to more materials, and its smart software ensures that making good particle size measurements is effortless for novices and experts alike.
“We’re really excited by people’s response to the new system and the way they see it easing their workload,” said Paul Kippax, Malvern’s Product Manager for Diffraction. “Delivering so many productivity advantages in such a beautiful package is a real tribute to the expertise and skill of the Mastersizer 3000 product development team at Malvern.”
“When defining the project, we asked the team to halve the length of the optical bench. Not only were they able to do that, they also improved ease-of-operation and performance at the same time. The engineering throughout is remarkable and delivers enhanced functionality, particularly in the sample dispersion accessories,” continues Paul. “And the software team started from scratch, putting in place a customer-led test program to produce a system that offers streamlined method development and user-friendly data generation tailored to individual needs.”
The new Mastersizer 3000 is the product of extensive customer consultation and feedback, and its design and capabilities reflect the needs of users across the widest possible range of industries and applications. It has been engineered to make routine particle sizing even simpler and more automated so that all users, whether they are expert analysts or have little particle sizing experience, can quickly and easily make good, reliable measurements across an extended measurement range. Since bench space is always in short supply, the new instrument has been developed to have the smallest possible footprint, an achievement that has required a complete re-engineering of its highly sophisticated optics.