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Particle Size Measurement (Sonic Sifter, Malvern Mastersizer)

Analytical >> Analytical Testing Services >> Particle size

Angelini Fine Chemicals - Your GMP “One-Stop-Shop”, Angelini Fine Chemicals is a Contract Development and Manufacturing Organization (CDMO), which is fully dedicated to third party manufacturing of APIs, IMs and NCEs for the pharmaceutical and small molecule biotech industry.

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Particle Size Distribution Analysis

Analytical >> Analytical Testing Services >> Particle size

Among others, our analytical centre provides these methods and equipment Particle-size distribution analysis.

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Particle Size Analyzer (Malvern)

Analytical >> Analytical Testing Services >> Particle size

Well-equipped laboratories performing comprehensive tests for the finished products, WIP, raw materials, equipment cleaning in compliance to ICH guidelines using Pharmacopoeial methods, In-house test methods and customer's requirements.

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Particle Sizing

Analytical >> Analytical Testing Services >> Particle size

Dishman strives to provide a comprehensive portfolio of analytical services to facilitate this work. Analytical services support both process control and material characterisation for laboratory and production chemistry from initial raw material release to release of the final APIs.

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Particle Size Distribution

Analytical >> Analytical Testing Services >> Particle size

With our vast experience we add exponential value to our client’s R&D programs at every stage of the drug development. We serve as a vital link between the pharmaceutical companies and the healthcare industry.

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Wet & Dry PSD Analysis

Analytical >> Analytical Testing Services >> Particle size

Zach has over 30 years of experience in multi-step syntheses involving complex reactions.We have dedicated R&D and analytical development teams on each site, and state-of-the art analytical equipment.

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Particle Size Distribution

Analytical >> Analytical Testing Services >> Particle size

Minakem's Solid Form Laboratory capturing a growing need from our clients to manage in-house polymorph characterization and control, crystalization conditions, filtration, drying and particle size reduction to add further value in process developemt and scale-up.

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Laboratory- Particle Size Analysis

Analytical >> Analytical Testing Services >> Particle size

For this system we offer method development, validation and implementation services. In addition, the transfer of an already existing method is possible after consultation.

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Particle Size Determination by Laser Lights

Analytical >> Analytical Testing Services >> Particle size

Our dedicated team of scientists have their core training in the area of preformulation and have expertise in the complete pharmaceutical profiling of molecules.

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Particle Size Distribution Laser Analysis

Analytical >> Analytical Testing Services >> Particle size

Ipochem represents experience and proficiency in the chemical and pharmaceutical industry. Technologies and capabilities include the development and production of APIs as well as physical operations of milling and micronization.

Particle size analysis is used to characterize the size distribution of particles in a given sample. Particle size analysis can be applied to solid materials, suspensions, emulsions and even aerosols. There are many different methods employed to measure particle size. Some particle sizing methods can be used for a wide range of samples, but some can only be used for specific applications. It is quite important to select the most suitable method for different samples as different methods can produce quite different results for the same material. One of the newest particle sizing and characterisation methods is that of direct imaging. In direct imaging particles are illuminated and imaged from the same side. This allows the method to be easily used both in bench-top and in-line applications. This method is heavily reliant on advanced image analysis algorithms to accurately detect particle boundaries, and thereby particle sizes. Backlight imaging is a relatively new technology in the area of particle sizing and characterisation. Put simply, particles are transported (usually by gravity) between a light source and one or more cameras. The resultant images are analysed to determine the sizes of the individual particles, which are combined to create the overall particle size distribution. This method allows for large size ranges to be measured, but provides little shape information on particles. As the images appear as silhouettes on a back background no particle morphology information is obtainable. Laser diffraction is a common, and fully automated, in-line method of measuring the particle size distribution of a sample. As shown in the diagram the light-scattering effect caused by the interaction of a laser beam with particles is measured by an array of detectors. The size distribution of the particles can then be calculated using the principle that the angle of diffraction of the light is inversely proportional to the particle size.

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