Global sample polishing
machine market is segmented into Automatic, Semi-automatic, Manual, and Dry
& Wet, based on product. Based on application the sample polishing machine
market is segmented into furniture/wood, hardware field, parts processing, material
engineering, semiconductor failure analysis and precision optics.
The sample polishing machine
is driven by a process which involves a soft material comprising abrasives in
which the harder sample is rubbed. The process is mechanical starting with
cutting the harder material. Next, by using a relatively small and cut particle
of abrasives, the sample becomes more highly polished. The sample then remains
stationary and the soft material containing the fine abrasives passages against
it. Otherwise, soft abrasive material may be held tightly & rotated.
Commercially, a large number of different machines are available for both
grinding &polishing for microscopy and analysis.
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In grinding, the process
removes saw marks and levels and cleans the specimen surface. Grinding uses
fixed abrasives and the particles are bonded to paper and platen for instant
removal of stock. For example, lapping is used in ceramography and ceramic
manufacturing to generate extremely flat surfaces. Lapping is a technique for
grinding or coarse polishing with an abrasive slurry contrary to a hard metal
plates.
Ceramographic specimens can be
polished manually, but automatic machines normally result into better-quality,
fast and more reproducible outcome. Manual grinding allows enhanced controls of
grinding depth than automatic grinding which is important when the cross
section is certain. Diamond abrasives are suggested for grinding most ceramics
but silicon carbide and cubic boron nitride can also be utilized.
Sample polishing is done after
grinding, with a lubricant and progressively small diamond abrasives. Thus,
polishing is best achieved when it goes through progressively smaller diamond
grains with enhanced longer time. Overall, the sample polishing machine market
is likely to grow at a higher CAGR during the forecast period.
Sample polishing machine
market is driven by factors such as rising demand from automotive, aerospace
and defense sectors. Additionally, the increased buying capacity of consumers
in this market is also propelling the market growth. Moreover, emerging
economies and ongoing industrialization & global commerce is fueling the
market growth for the forecast period.
Sample polishing machine
market geographically spans North America, Latin America, Western Europe,
Eastern Europe, Asia-Pacific, and Middle-East & Africa. APAC regions such
as Japan and China are likely to grow during the forecast period owing to large
base of automobile. North American market is likely to grow at a higher CAGR
during the forecast period as value added service. European markets are too
anticipated to rise at a higher CAGR owing to technological advances in
metallurgy.
The key players in the sample
polishing machine market include KEMET, BROT, Gatan, Extec, Logitech, Electron
Microscopy Sciences, South Bay Technology, Struers, La Goupille Cannelee, ATM
GmbH, Laizhou Weiyi, and Fang Chen Instruments.
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