$dynamic light scattering vs laser diffraction$

$dynamic light scattering vs laser diffraction$

A sample, dispersed either in solution or fed dry which is passed through a collimated laser beam, scatters light over a range of angles. Laser diffraction is a non-destructive ensemble technique, meaning it calculates particle size distribution for the whole sample rather than building up a size distribution from measurements of individual particles. The speed and ease of use of this technology and the wide dynamic range (nm to mm) 1 give users access to quick, reliable particle size data with minimal effort. Laser diffraction technology for routine particle size analysis remains the method of choice across a diverse range of industrial sectors. Why measure particle size using laser diffraction?

$dynamic light scattering vs laser diffraction$

From dissolution rates of tablets, stability of paints, the texture of foods and coatings, to the flowability and packing density of powders, understanding particle size and shape can be critical when designing a product for a particular purpose or behaviour. The size and shape of a particle can influence a variety of material properties. In addition to particle size, the shape or morphological surface properties of the particles can be equally as important or even interrelated eg. The measurement of particle size distribution is routinely carried out across a wide range of industries for mainly two reasons to better understand how particle size will affect their product performance and to optimise and control the quality of products and processes during manufacturing. (An Affiliate Of Nikkiso Co., Ltd.Particle size is by far one of the most important physical properties of particulate samples. Malvern Instruments Limited (A Subsidiary Of Spectris Plc).A number of factors such as low energy prices, growing number of scientific researches, and the presence of stringent regulatory policies to comply with GMP (Good Manufacturing Practices) guidelines are driving the growth of the particle size analyzers market in North America.Ĥ Global Particle Size Analyzers Market, By Technologyĥ Global Particle Size Analyzers Market, By Type Of DispersionĦ Global Particle Size Analyzers Market, By Type Of Industryħ Global Particle Size Analyzers Market, By End Users In Healthcare Industry and Canada) accounted for the largest share of -32.8% of global particle size analyzers market, followed by Europe with a share of 32.3%. Geographically, North America (comprising the U.S. Factors such as the increasing number of partnerships among market players to develop their customer base and advancements in laser diffraction particle size analyzers are stimulating the growth of the laser diffraction particle size analyzers market. The laser diffraction technology segment held the largest share of the global particle size analyzers market and is poised to grow at a CAGR of 4.0% in the forecast period. The others segment comprises resonant mass measurement, sedimentation, sieve analysis, and laser obscuration. Market consolidation through mergers and acquisitions, and increasing stringency of government regulations related to GMP (Good Manufacturing Practice) guidelines in developing countries such as China and India are opening new growth opportunities for players in this market.īased on the type of technology, the global particle size analyzers market is categorized into six segments, namely, laser diffraction, dynamic light scattering (DLS), imaging, Coulter Principle, nanoparticle tracking analysis (NTA), and others. However, factors such as high import duties on particle size analyzers in developing countries, high cost of analyzers, and the lack of customer awareness are restraining the growth of the particle size analyzers market. The growth of the particle size analyzers market is primarily triggered by factors such as the increasing application of nanotechnology, geographic expansion of market players across the globe, and the presence of stringent regulatory guidelines to comply with good manufacturing practices for traditional industries (such as healthcare, chemicals, mining, and petroleum). ompared to mature markets, the Asia-Pacific region is expected to grow at the highest CAGR of 6.0%. The global particle size analyzers market is estimated to grow at a CAGR of 4.9% and is expected to reach 290 million by 2018.

$dynamic light scattering vs laser diffraction$

Dynamic light scattering vs laser diffraction