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Gallery
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Particles
Particles and sieves in the chemical, pharmaceutical and food
industry increasingly have measurements in the micrometer and
submicrometer range. Light microscopy cannot provide sufficient
information because of its limited resolution. The Phenom has a
resolution of 30 nm. Bacteria on the sieve are about 450 nm long.
gallery of particles |
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Materials & characterisation
The demands placed on quality in the supply industry are becoming
greater all the time. Microscopic techniques are increasingly being
included as part of the standard package in Quality Assurance
Failure Analyses laboratories.
The Phenom produces images of the surface of industrial products
with sharp contrast and an excellent resolution. Information can
thus be acquired about their topography and chemical composition.
gallery of materials & characterisation
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Forensic
Key in the forensic investigation is the validity of the proof (accuracy), the non-destructiveness of the measurement method and the speed of the analysis. Considering the nature of forensic samples, any changes are undesirable because of their value as evidence in the proceedings, as well as complexity and reproducibility of examination. In this respect the Phenom tabletop SEM offers the best capabilities, since one of the key technologies for this instrument is low vacuum: samples do not require any preparation and can be examined in their natural state. With its maximum magnification of 20,000x it will fulfill 80% of all the basic imaging needs.
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Pharma
Production of a solid drug dosage form typically begins with the formation of an active pharmaceutical ingredient (API) into particles, generally within the range of 0.1 to 10 micrometers. The size, shape, and morphology of API and granule particles are important characteristics that can influence dissolution behavior and drug bioavailability.
The Phenom can be used as an imaging tool at the development, formulation, and manufacturing stages of pharmaceutical product development. It allows visualization of broken particles, agglomerates, fines, and foreign particles in the micrometer and millimeter size range in less than a few minutes, and providing far higher resolution images than one can obtain with any optical microscope.
Other areas of applications include drug packaging and Bio-medicine, like Stent development.
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Electronics
Microscopic techniques are used in a wide variety of inspection and failure analysis applications in the electronics industry. Technical advancements have reached the point where light microscopes can no longer effectively image decreasing geometries. The Phenom’s speed and ease of use provide high magnification images in seconds without changing personnel or facilities. Transitioning between high contrast and topographic modes is done by a single button.
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Others
The Phenom’s depth of field makes it possible to produce sharp
images of structures measuring 1 mm in all dimensions with a high
resolution. The Phenom is extremely suitable for studying insects
and single-cell organisms, as well as for analysis of tiny structures
in integrated circuits, microscopic industrial products or forensic
applications.
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