Bio, Medical & Pharma Materials
Aabspec’s products support ultra-high temperature spectroscopy (to 950 C for solids/450 C for fluids); low-temperature spectroscopy (to -170 C); high pressure spectroscopy (to 10,000psig); vacuum spectroscopy (to 10-8torr); transmission, specular and large angle reflectance; irradiation (UV, etc); Raman; GC-FTIR; TGA-FTIR; LC-FTIR; GPC-FTIR; direct-evolved gas analysis -FTIR; SFC-FTIR; variable temperature/variable pressure FTIR microscopy; dual-sample comparitive spectroscopy; Raman microscopy and special application products. The company’s products cover IR, near-IR, Far Infrared, VIS, and UV optical ranges.
Aabspec has available a computer addressable DVD showing its advanced products for spectroscopy and microscopy. In the DVD, Val Rossiter presents technical details on each product in the Aabspec range, describing structure, special features and applications. A conversational style provides easy one-to-one information of the sort normally obtained by attending an exhibition, but without the journey!
Topics include Raman Spectroscopy and Microscopy, FTIR interfacing for GC, LC, GPC, SFC, TGA, Evolved Gas Analysis, Low to High Temperature, Ultra-High Vacuum to High Pressure, Dual Sampling together with Multiple Optical Modes including Sample Irradiation.
Applications include Thermal Analysis, Environment, Hazardous Samples, High Temperature & High Pressure Reaction Monitoring, Materials Testing, Catalysts, Pharmaceuticals, Polymers.
AdSem, Inc. is a privately held company established in Palo Alto, CA by a group of highly experienced professionals with outstanding achievements in Semiconductors, Radiation Physics, and Material Science.
Our mission is development and production of novel semiconductor materials, advanced semiconductor devices and unique analytical instrumentation for semiconductor, nuclear, and cryogenic industries.
AdSem is the only company in the world that has developed and produce thermistors for any temperature between 1mK and 500ºC.
Our unique semiconductor NTC thermistors measure temperature of everything and everywhere: in-vivo brain and low- temperature radiometers, semiconductor chips and rocket engines.
AdSem is the only company in the world that offers Ge and Si high reflective mosaic monochromators for slow neutrons, gamma – and X-rays. Our mosaic monochromators have neutron reflectivity higher than any other neutron monochromators .
AdSem has invented and developed high temperature Silicon and Germanium NTC thermistors as well as an industrial technology for their production. AdSem opens a new era in temperature sensing industry by bringing up semiconductor technology into the 70-years old market of ceramic NTC thermistors.
There are fundamental scientific reasons for new Si and Ge thermistors to be the most sensitive and
highly interchangeable over working temperature range.
Their features also are:
Widest temperature range;
Micron Form Factor;
Reproducibility of production technology;
Utilization of microelectronic technology & packaging techniques
New doping technology of Ge and Si, developed by AdSem, allows producing unique low-temperature thermistors with wider operating temperature than any cryogenic thermistors, higher sensitivity in any selected temperature range down to 1mK, higher interchangeability at low- and ultra – low temperature and lower price.
For Neutron and X-ray Optics we developed superior technology for production of large Ge and Si mosaic crystalline monochromators. Our monochromators provide the high reflectivity for slow neutrons, gamma-rays and/or X-rays and any mosaicity value up to 1 arc degree.
The areas of our expertise and new development are also:
Novel PTC & NTC semiconductor thermistors with extended working temperatures;
High resistivity silicon;
Radiation technology and neutron transmutation doping of semiconductors;
Novel nuclear methods for non-destructive selection of high quality large crystals;
Advanced semiconductor nuclear detectors;
Diamond, nature’s extreme material, is renowned for its incomparable properties such as exceptional hardness, high stiffness, low friction, biocompatibility and outstanding thermal conductivity — just to name a few. For decades designers and engineers have sought to harness the attributes of diamond for a variety of engineering uses, but until now diamond has been notoriously difficult to work with, prohibitively expensive and without a reliable supply. Advanced Diamond Technologies (ADT), the world leader in developing and applying diamond films for electronic, mechanical, industrial and biomedical applications, offers several families of high-performance products that exploit the unsurpassed characteristics of diamond.
Leveraging research originally funded by the U.S. Department of Energy, ADT’s proprietary technology captures the properties of natural diamond in a nanocrystalline thin-film form known as UNCD. Known for its ability to seamlessly integrate with other materials, UNCD is mirror-smooth. Since it is vapor deposited, UNCD can be used to bring the properties of diamond to existing products while enabling entirely new classes of high performance devices.
Advanced Diamond Technologies is committed to providing the unparalleled attributes of diamond to the Semiconductor, Microscopy, Electrochemical, and Biomedical markets and has developed a roadmap and portfolio of technology leading monolithic diamond probes which enable next generation applications.
NaDiaProbes deliver exceptional value in long life, high precision, and new usage models unavailable from conventional Si or SiN probes. The ADT process delivers wafer scale production and economically attractive pricing for high volume applications.
Agilent is a leader in life sciences, diagnostics and applied chemical markets. The company provides laboratories worldwide with instruments, services, consumables, applications and expertise, enabling customers to gain the insights they seek. Agilent’s expertise and trusted collaboration give them the highest confidence in our solutions.
Agilent focuses its expertise on six key markets, where we help our customers achieve their goals:
Food: Agilent helps ensure that our global food supply is free of contaminants—whether chemical, viral, bacterial or microbiological. Our customers include government regulators and labs that control food safety, as well as private companies that produce, package and sell food to the public.
Environmental and Forensics: From pesticides to pharmaceutical residues to trace metals, we provide fast, accurate and sensitive methods for monitoring contaminants affecting quality of life. Agilent solutions also play an important role in law enforcement by providing robust tools and instruments to analyze and verify evidence at trial, and keeping the world’s top-performing athletes honest.
Pharmaceutical: Agilent has one of the broadest solutions portfolios of any company serving the pharmaceutical industry. Our solutions provide precise answers for every segment of the pharmaceutical industry, from disease research and drug discovery to drug development, manufacturing and quality control. The start-to-finish solution set means customers can get products to market faster. Customers trust us to help them test the purity of their therapeutics. Agilent also ensures that their instruments and processes conform to the highest compliance regulations.
Diagnostics: Agilent gives doctors a head start in the fight against cancer and other diseases. Our solutions help pathology laboratories deliver fast, accurate information to the doctors, hospitals and medical centers they serve. We help medical professionals make more accurate diagnoses so patients can receive the most effective therapies.
Chemical and Energy: The world runs on energy, and energy companies need to locate, extract and refine fuels efficiently and cost-effectively. Our solutions help customers maximize their production and predict failures in their refineries before they happen. Agilent also helps energy researchers investigate biofuels, renewable fuels and other forms of alternate energy.
Research: Most life sciences and diagnostics research is done at top-tier universities, with funding from governments around the world. Agilent is helping these researchers learn more about cancer, cardiovascular diseases, diabetes, Alzheimer’s, Parkinson’s, autism and other ailments. Our instruments, software and sample preparation solutions help scientists conduct faster, more accurate research.
We believe knowledge is power and always strive to deliver valuable insight with our technology and expertise. From raising production standards to detecting disease faster or simply knowing who crossed the finish line first, we know that precision and truth are vital factors in every situation, which is why we focus on what counts.
We deliver camera solutions for industrial inspection, medical and scientific imaging, traffic monitoring and many more applications, but we know that every project is unique and has its own technical challenges.
Allied Vision cameras work perfectly with microscopes, telescopes or other scientific apparatus to document scientific observations with the highest possible details. Whether your field of investigation is the infinitely small or infinitely large our sensors deliver high quality with image resolutions of up to 29 megapixels.
Infrared imaging at various wavelengths makes it possible to visualize material properties such as water content, temperature, or chemical components which cannot be identified with conventional surface inspection. Allied Vision offers a wide range of digital cameras with infrared sensitivity ranging from monochrome cameras with enhanced near-infrared sensitivity, to short-wave (SWIR) and long-wave (LWIR) infrared imaging devices. Potential fields of application are medical and biologic research, agronomy, and many other life science disciplines.
With high-performance digital interfaces, Allied Vision cameras can utilize automatic triggers by peripheral sensors to capture very precise, unpredictable events. With high frame-rates of up to 400 images per second, you can easily analyze every hundredth of a second of a scene whether it is a physical phenomenon or the mechanics of a bird’s wing.
A.P.E. Research develops and produces Scanning Probe Microscopes (SPM) for surface analysis and for biological applications, and high-resolution scientific instrumentation for nanotechnologies. The technological core business of A.P.E. Research is the Scanning Probe Microscopy (SPM).
A.P.E. Research has its own laboratory for instrumentation development and moreover the company is involved in several research projects of Italian, European and International research institutes and Universities in developing new scanning probe microscopes and innovative techniques for probe microscopy. The result of this research activity allows the company to supply always the state of the art products in a wide range of fields.
The A.P.E. Research catalog contains a standard version of Scanning Tunneling Microscopes (STM), Atomic Force Microscopes (AFM) and Near Field Optical Microscopes (SNOM). All these products can be provided with many additional tools and customized to meet the needs of the customer.
The company started at the AREA Science Park in 1997 and since 1999 is officially recognized as a spin-off from the INFM (Italian National Institute for Condensed Matter Physics).
Atomic Force Microscopy AFM
Scanning Near-field Optical Microscopy SNOM
Scanning Tunneling Microscope STM
Scanning Probe Microscopy SPM: Images, Probes & Accessories
Since 1951, Rigaku has been at the forefront of analytical and industrial instrumentation technology. Rigaku and its subsidiaries form a global group focused on life sciences and general purpose analytical instrumentation, including Energy Dispersive X-ray Fluorescence (EDXRF). With hundreds of major innovations to its credit, Rigaku and its subsidiary companies are world leaders in the fields of small molecule and protein crystallography, X-ray fluorescence (XRF) and diffraction, X-ray optics, as well as semiconductor metrology. Rigaku employs over 1,100 people globally.
Asahi Spectra Co. (ASC) was founded in 1970 in Tokyo, Japan by 3 engineers. ASC has been developing a vacuum deposition technology such as ion assisted deposition (IAD) and ion beam sputtering (IBS) , which achieve hard coating, excellent durability for environment (humidity, low or high temperature, thermal shock or vacuum) and stability of spectral performance. By now our optical filters have contributed in various markets such as astronomy, semiconductor, biotechnology, education and so on.
Nowadays, customer requirements are becoming more complicated as optical innovation advances, and most requirements cannot be satisfied by just optical filter technology. So we have been trying to expand our field to optical instruments based on our 40 years accumulated optical know-how as you can see how professional our optical instruments are.
Our integrated manufacturing process by both filter and instrument specialists is the most competitive advantage against “other only-optical-filter makers”.
Asahi Spectra USA Inc. was established in January, 2005 in California in order to distribute the Asahi Spectra brand in USA and all over the world. Major Customers in the US include:
California Institute of Technology
Asylum Research is the technology leader in atomic force probe microscopy (AFM) for both materials and bioscience applications. Founded in 1999 and acquired by Oxford Instruments plc in 2012, we are dedicated to innovative instrumentation for nanoscience and nanotechnology, with over 300 years combined AFM/SPM experience among our staff. Our instruments are used for a variety of nanoscience applications in material science, physics, data storage and semiconductors, polymers, chemistry, biomaterials, and bioscience, including single molecule mechanical experiments on DNA, protein unfolding and polymer elasticity, as well as force measurements for biomaterials, chemical sensing, polymers, colloidal forces, adhesion, and more.
Precision and accuracy has been the driving force behind the pioneering AFM instrument innovations in flexure design, lowest-noise closed loop sensors, and full digital control. These are now requirements in any research grade AFM. Our open software, based in IGOR Pro, allows researchers the ease-of-use, and power and flexibility to take their experiments to the next level. These innovations, just to name a few, are offered in our two main product lines-the Cypher and MFP-3D AFM Families.
ATAGO has been the leader in refractometer technology for over 73 years. The history of Refractometers began with a basic model a simple analog instrument. Today, refractometers are highly sophisticated due to the advancement of technology and the incorporation of high precision electronics into a refractometer.