Single Crystal Sapphire Fibers manufactured by LHPG technology, Fiber-Optic Temperature Sensors ranging from 10°C to 950°C 10, Fiber-Optic Evanescent Wave Absorption Probe for 300 nm to 4,000 nm, Stabilized Diode Lasers for for Raman/ fluorescence spectroscopy
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Micromaterials | micromaterialsinc.com Reviews
https://micromaterialsinc.com
Single Crystal Sapphire Fibers manufactured by LHPG technology, Fiber-Optic Temperature Sensors ranging from 10°C to 950°C 10, Fiber-Optic Evanescent Wave Absorption Probe for 300 nm to 4,000 nm, Stabilized Diode Lasers for for Raman/ fluorescence spectroscopy
micromaterialsinc.com
Micromaterials
http://www.micromaterialsinc.com/index.html
MMI to endow scholarship at Caltech. IDIL signs on as distributor in France. Patent issued for heat-sinking self-referencing Raman probe technology. BGY Intel Systems to be distributor in Russia. Manufactured by LHPG technology. Fiber Optic Temperature Sensors. Ranging from 10°C to 1,000°C. Fiber Optic Absorption Probes. For 300 nm to 4,000 nm. Fiber Optic Raman Probes. 2016 MicroMaterials Inc., Tampa, FL, U.S.A.
Self-Referencing Raman Probe
http://www.micromaterialsinc.com/specsRaman.html
Permits precise quantitative measurements. Minimizes heating of absorbing samples. Usable in contact or proximity modes. Small diameter probe head. Wide selection of probe head lengths. Offers possibility of micro-sampling. The standard model for the probe is fitted with 785 nm optics (SRP785). Custom units at other popular excitation wavelengths are also available. Sapphire fiber probe heads with lengths ranging from 5 cm to 30 cm can be provided. Please contact us for further information.
Stabilized Laser Diode
http://www.micromaterialsinc.com/specsDiode.html
The GSDL-445-300 is a low-cost, high-power, grating-stabilized diode laser system with an output wavelength near 445 nm. The laser provides a high degree of stability in both its output power and frequency. the unit can be supplied either with a collimated free-space beam or with any of several fiber optic coupling options. See file below for detailed specifications. 2016 MicroMaterials Inc., Tampa, FL, U.S.A.
Temperature Sensors
http://www.micromaterialsinc.com/specsSensor.html
Fiber Optic Temperature Sensors. Designed for reliable operation in harsh chemical and electrical environments, the OptoTemp 2000 is unaffected by microwave radiation and plasma. It measures temperature using fluorescence decay, a field proven technique in hundreds of industrial installations for more than 20 years. Immune to EMI, RF and microwave. Operates up to 1,000°C. 10°C to 230°C. 10°C to 400°C. 150°C to 1,000°C. Plusmn; 1.0°C RMS or better. Plusmn; 2.0°C or better. 15 cm x 7 cm x 3.5 cm.
About MMI
http://www.micromaterialsinc.com/about.html
2016 MicroMaterials Inc., Tampa, FL, U.S.A.
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Nanoindenter | Nanomechanics | Nano-mechanical Testing | Instrumented Indentation
Events & Meetings. Innovative, versatile nanoindenters and nanomechanical test instrumentation backed by great expertise and support. High temperature to 950 C. Low temperature to – 40 C. Vacuum and purged gas environments. Widest range of test environments. Mix and match upgradability. Expertise in high temperature nanoindentation and nanotribology. With just one flexible platform build a comprehensive picture of the mechanical performance of your materials system. Get more from your nanoindenter. Micro...
Micro Materials Homepage
This is a website of the Fraunhofer Micro Materials Center Berlin (MMCB). MMCB is a Competence Center (European Center of Excellence) in the field of Micro- and Nanomaterials and Reliability. The Center is sponsored by the Land Berlin (Senatsverwaltung für Wissenschaft, Forschung und Kultur), the Federal Ministry of Education and Research (BmBF) and the European Union. Http:/ www.pb.izm.fhg.de/mec. Last update February 17, 2005.
Micro Materials
Micro Materials (P) Ltd. is a materials science company. We focus on bringing innovative nano and micro technologies and materials catalysts to marketplace. The new generation catalysts are the result of a radically new proprietary process. Micro Materials is interested in joining hands with leading corporations in commercializing the new generation of catalysts for multiple applications. Micro Materials will provide additional technical details and other supporting data to interested parties.
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Micromaterials
Patent issued for thermal probe based on phosphor microsphere approach. MMI closes 2016 with gross margin of 43%. MMI to endow scholarship at Caltech. IDIL signs on as distributor in France. Patent issued for heat-sinking self-referencing Raman probe technology. Manufactured by LHPG technology. Fiber Optic Temperature Sensors. Ranging from 15°C to 1,000°C. Fiber Optic Absorption Probes. For 300 nm to 4,000 nm. Fiber Optic Raman Probes. 2017 MicroMaterials Inc., Tampa, FL, U.S.A.
About MicroMaterials Research
We are an analytical chemistry consulting laboratory specializing in microanalysis. We understand that to increase your company's competitive edge, you need to improve product quality as well as develop new products. At MicroMaterials Research we provide the highest quality scientific information, so that you can promptly solve manufacturing problems and create new products. Locating the source of contaminants. Identifying the cause of product defects in your manufacturing process. MicroMaterials Researc...
Semiconductor Fab Consulting and Photoresist Supplier | MMT
Dow Photoresist Selection Guide. KemLab Specialty Photoresist Selection Guide. G/i-Line, Broadband Photoresists. LOL 2000 Lift-Off Layer. KL 1600 Lift-Off Negative Photoresist. KL IR Lift-Off 15 Dual-Tone Photoresist. KL IR Lift-Off 15 Dual-Tone Photoresist. 6 Positive DUV Photoresist. 26G Thick Positive DUV Photoresist. Dow UV113 Positive DUV Photoresist. Dow UV210 Positive DUV Photoresist. Dow UV1100 Positive DUV Photoresist. UVN 30 Negative DUV Photoresist. 2300 Negative DUV Photoresist.
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Call for information on our product. Safe and Clean Re-Heating. Micro-Mates are a specifically designed raised paper cover. For reheating food in a microwave. Made of food grade paper. chemical free and biodegradable. A Green earth friendly product. Micro-Mates will not touch the food, like a paper towel. And will not release any carcinogens like plastic can do. Micro-Mates keep food moist and delicious. Micro-Mates keep the interior of the microwave clean.
