http://www.microscopy-news.com/ Microscopy-News.com - Portal for Press and Products Copyright 2012 Fri, 18 May 2012 02:08:22 +0000 Contentpapst 2009.2 (http://www.sandoba.de/) de-de Wed, 16 May 2012 00:00:00 +0000 Tadworth, UK – 16th May 2012: Market leaders in temperature controlled microscopy, Linkam Scientific Instruments, have been chosen by an NHS Fertility clinic as suppliers of a controlled warm stage to perform routine semen analysis at body temperature. A Scottish NHS laboratory has chosen a Linkam THL60-16 warm stage as a reliable solution for the assessment of sperm motility. About 25% of couples are affected by fertility problems, with around 35% of men sub-fertile and 2% infertile. One of the services provided by the NHS is fertility testing and for men that means assessment of a semen sample. The concentration, motility and the morphology of spermatozoa are all assessed to determine fertility. Sperm motility is temperature dependent. This warm stage can heat/cool from ambient to 60°C. To establish in-vivo fertility, observations need to be carried out at exactly 37°C to mimic conditions within the human body. Human sperm viewed under phase contrast. Image is courtesy of the ABA. The use of a precise, accurate heated warm stage is an essential part of the assessment. This is to ensure the assessment is conducted at a stable and specific temperature. Within the design of this Linkam warm stage a platinum resistor temperature sensor is used for higher accuracy and stability. A sophisticated CAD designed bi-filar heating element covers the entire working surface which provides a uniform temperature distribution in the sample slide. The Linkam stage gives the assessor the confidence that all samples are observed at a stable, set temperature. A wet preparation is created for assessment. A sample is placed onto a clean glass slide and covered with a 22x22mm coverslip to provide a chamber approximately 20µm deep. The weight of the cover slip spreads the sample. Scientists initially look for aggregation or agglutination, and the presence of non-spermatozoa cells. The preparation is then observed at x400 magnification with a phase contrast microscope to observe motility. Each warm plate -designed by Linkam- is incredibly thin, as little as 0.5mm. This ensures that high resolution objective and condenser lenses can be used. Approximately 200 spermatozoa are counted and categorized to determine the percentage of each category. Spermatozoa can be classified as progressively motile, non-progressively motile or non-motile. The percentage of progressively motile sperm is important to fertility assessment. Linkam warm stages are found in cell biology labs, hospitals and IVF clinics all over the world. The Linkam warm stages provide a simple, accurate, low cost temperature controlled platform that can heat/cool samples from ambient to 60°C. The design, reliability and versatility make the Linkam warm stage an essential tool for sperm motility testing. Visit Linkam at www.linkam.co.uk and learn about the broad range of applications in the field of temperature controlled microscopy. About Linkam Scientific Instruments Linkam develops and manufactures a broad range of heating and freezing stages for both OEM and end users to visualize and explore materials properties. Used in conjunction with light microscopes and other forms of spectroscopy, Linkam stages are found in thousands of laboratories worldwide with the most successful microscope heating stage, the THMS600, selling over 4,000 units alone. Linkam is the market leader in temperature controlled microscopy. Contact details: Linkam Scientific Instruments Limited 8 Epsom Downs Metro Centre Waterfield Tadworth Surrey KT20 5HT T +44 (0)1737 363476 F +44 (0)1737 363480 www.linkam.co.uk ian@linkam.co.uk or carolinefeltham@linkam.co.uk Talking Science Limited 39 de Bohun Court Saffron Walden Essex CB10 2BA T +44 (0)1799 521881 M +44 (0)7843 012997 www.talking-science.com jezz@talking-science.com http://www.microscopy-news.com/news/linkam-scientific-temperature-controlled-warm-stages-chosen-for-sperm-motility-in-human-fertility-testing-.html http://www.microscopy-news.com/news/linkam-scientific-temperature-controlled-warm-stages-chosen-for-sperm-motility-in-human-fertility-testing-.html Other Pressrelaises Tue, 15 May 2012 00:00:00 +0000 Berlin, 15th May 2012: JPK Instruments, a world-leading manufacturer of nanoanalytic instrumentation for research in life sciences and soft matter, reports on the multi-faceted research projects of Dr Jochen Guck who runs simultaneous research at the Universities of Dresden and Cambridge. The biophysicist Dr. Jochen Guck has recently started his Humboldt Professorship of Cellular Machines at the Biotechnology Center of the TU Dresden (BIOTEC) while continuing to lead a team at the Cavendish Laboratory at Cambridge University (UK). His work at BIOTEC focuses on the development of new biophysical approaches for stem cell research, blood cell diagnostics and neuroregeneration. One of his main tools for characterization of biomaterials are the NanoWizard® systems from JPK Instruments. Dr Jochen Guck's PhD student in Cambridge, Kathrin Holtzmann, working with JPK's NanoWizard® AFM. Unlike many other users, he does not apply them for basic scanning measurements but uses them to study cellular behaviour and to quantify their interactive forces. Talking about his research, Professor Guck said "Most of our work uses AFM for mapping the mechanical properties of tissues. It is starting to be recognized that cells respond to the mechanical properties of the environment they are in contact with. They can differentiate into different lineages when in contact with stiff or compliant surfaces. Or they migrate towards stiffer areas or softer areas – a phenomenon called durotaxis. We are one of the few groups that have started to consider this mechanosensitivity of cells in the CNS; in the context of neural development and pathological disorders. One important prerequisite for these studies is to know quantitatively, how stiff or how soft CNS tissues actually are so that we can mimic this environment in vitro, and whether there are heterogeneities that cells could respond to. If everything is the same, there is no queue for migration for example. This is where we have pioneered the use of AFMs for the mapping of mechanical properties of CNS tissues with high spatial resolution." Continuing about his experiences in working with JPK, he said "NanoWizard is perfect for measuring mechanical properties of biological cells and tissues, while keeping the cells and tissues in their physiological environment at the right temperature and their preferred medium (BioCell™). And, we can correlate mechanical mapping with optical microscopy such as bright-field or fluorescence microscopy. This helps us to know what we are actually measuring: which cell type, which state (quiescent or activated) or which area in a tissue." For more details about JPK's accessories for SPM and to receive a copy of the new handbook, please contact JPK on +49 30533112070, visit the web site: www.jpk.com or see more on Facebook: www.jpk.com/facebook About JPK Instruments JPK Instruments AG is a world-leading manufacturer of nanoanalytic instruments– particularly atomic force microscope (AFM) systems and optical tweezers – for a broad range of applications reaching from soft matter physics to nano-optics, from surface chemistry to cell and molecular biology. From its earliest days applying atomic force microscope (AFM) technology, JPK has recognized the opportunities provided by nanotechnology for transforming life sciences and soft matter research. This focus has driven JPK's success in uniting the worlds of nanotechnology tools and life science applications by offering cutting-edge technology and unique applications expertise. Headquartered in Berlin and with direct operations in Dresden, Cambridge (UK), Singapore, Tokyo and Paris (France), JPK maintains a global network of distributors and support centers and provides on the spot applications and service support to an ever-growing community of researchers. For further information, please contact JPK directly or their marketing partners, Talking Science, who will also provide high resolution images for your use: JPK Instruments AG Bouchéstrasse 12 Haus 2, Aufgang C Berlin 12435 Germany T +49 30533112070 F +49 30 5331 22555 www.jpk.com cl.boettcher@jpk.com Talking Science Limited 39 de Bohun Court Saffron Walden Essex CB10 2BA United Kingdom T +44(0)1799 521881 M +44(0)7843 012997 www.talking-science.com jezz@talking-science.com http://www.microscopy-news.com/news/jpk-reports-on-the-research-activities-of-dr-jochen-guck-and-his-teams-at-dresden-und-cambridge-universities.html http://www.microscopy-news.com/news/jpk-reports-on-the-research-activities-of-dr-jochen-guck-and-his-teams-at-dresden-und-cambridge-universities.html Other Pressrelaises Tue, 15 May 2012 00:00:00 +0000 Stansted, May 15th, 2012: Agar Scientific, a leading supplier of microscopy accessories and consumables, announces a new range of highly concentrated gold colloidal nanoparticles from British Biocell International (BBI). Agar Scientific is a market leader in the supply of high quality accessories to assist with sample handling for the microscopy market serving a very broad range of application areas. One of these ranges is the gold nanoparticles produced by BBI. BBI originally developed their gold colloid range to be used as immunohistochemistry bio markers. 20nm gold colloid is ideal for use in light microscopy whilst 5nm and 10nm particles are more suited for use within electron microscopy. Researchers in the electronics and environmental industries have also embraced the unique properties of gold nanoparticles. By functionalising the surface of these particles, another dimension of use is created which can lead to new technical breakthroughs that one day may meet the environmental and social challenges of today. The BBI range of gold colloids offer the most comprehensive performance guarantees. BBI's colloidal gold offers excellent stability and sensitivity characteristics They are very stable and sensitive with a low level of variation (‹8%) in terms of shape and size with more than 95% exhibiting spherical roundness. They are supplied free of stabilisers, surfactants or enhancers. To ensure the precision and accuracy of their products, BBI monitors batch to batch consistency as part of its quality management system. Specific applications using colloidal gold that have exhibited growth recently have included use in drug delivery, biomarkers, gas sensors and coatings. To learn more of these products and other uses, a new study entitled "Gold Colloid and its Applications" is available for download from Agar's web site: www.agarscientific.com/pages/latest_news.shtml. For further details of BBI's products along with Agar's complete range of accessories and consumables for microscopy, please ask for a copy of the latest catalogue and price list. To receive your free copy, please visit www.agarscientific.com and register today. About Agar Scientific Established in 1972, Agar Scientific is a leading international supplier of consumables, accessories and specialist equipment for all areas of microscopy. The products are used by workers in the fields of electron microscopy (TEM and SEM) light microscopy and related laboratory disciplines such as sample preparation, calibration and analysis. Agar has its own manufacturing facility for calibration specimens, grids, apertures and filaments. Agar’s technical team has wide practical experience in specimen preparation and microscopy techniques. From their UK headquarters, Agar provide a fast and efficient despatch service from an extensive range of stock while a network of agents and distributors provides support worldwide. Agar provides both print and online catalogues of consumables and accessories for electron and light microscopy in all biological and material science related fields. For further information, please contact Agar direct or their marketing agency, NetDyaLog Limited. Agar Scientific Limited Elektron Technology UK Ltd Unit 7, M11 Business Link Parsonage Lane Stansted Essex CM24 8GF T +44 (0) 1279 813519 F +44 (0) 1279 815106 www.agarscientific.com ljoyce@agarscientific.com NetDyaLog Limited 39 de Bohun Court Saffron Walden Essex CB10 2BA T +44 (0) 1799 521881 M +44 (0) 7843 012997 www.netdyalog.com jezz@netdyalog.com http://www.microscopy-news.com/news/agar-scientific-announces-new-highly-concentrated-colloidal-gold-for-research-applications.html http://www.microscopy-news.com/news/agar-scientific-announces-new-highly-concentrated-colloidal-gold-for-research-applications.html Other Pressrelaises Mon, 14 May 2012 00:00:00 +0000 Hoersholm, Denmark – May 14, 2012 - Visiopharm A/S, a global leader in Quantitative Digital Pathology, announced today that Visiopharm Corp will open an office in New Jersey to support partners and a rapidly growing user base in North America. Visiopharm has experienced a sustained growth in the demand for Quantitative Digital Pathology research tools in North America, with a sharp increase following the recent introduction of Cloud Analysis and the APPCenter. Digital Pathology specialist Roy K. Min now joins Visiopharm Corp as Regional Sales Manager of North America. "We are very pleased that Roy is joining us. As an individual he has very high personal and professional standards. He has extensive practical experience with all key aspects of Digital Pathology and how these technologies can be successfully integrated in a research laboratory. We look forward to working with Roy in further building a strong US based organization", says Michael Grunkin, CEO of Visiopharm. Roy is based in New Jersey, United States, and responsible for further expanding sales- , technical-, and application support in the United States. "I am excited about joining Visiopharm, and what lies ahead. I have known Visiopharm for several years, as a company committed to quality and innovation. I regard them as a leader in Quantitative Digital Pathology, and look forward to help our customers become successful when adopting this important technology for their research", adds Roy Min. About Visiopharm Over the past 10 years, Visiopharm image analysis and stereology software has become the preferred Quantitative Digital Pathology solution for leading biopharmaceutical companies, clinical researchers, and academic researchers all over the world. Visiopharm has more than 300 deployed systems worldwide and a large network of distribution and support partners, and is featured in over 400 scientific publications. http://www.microscopy-news.com/news/visiopharm-corp-opens-office-in-new-jersey-united-states-to-support-customers-and-partners-.html http://www.microscopy-news.com/news/visiopharm-corp-opens-office-in-new-jersey-united-states-to-support-customers-and-partners-.html Other Pressrelaises Fri, 11 May 2012 04:21:00 +0000 Definiens Tissue Studio Now Supports the Detection of Spot-like Signals from In Situ Hybridization Assays Munich, Germany, May 10, 2012 — Definiens®, the leading provider of image analysis and data mining solutions for quantitative digital pathology, today announced that Definiens Tissue Studio® 3.5 now supports the automated analysis of in situ hybridization assays, including SISH, CISH, FISH and dual-ISH. The unique combination of flexibility and ease-of-use that characterizes Definiens Tissue Studio® significantly facilitates the detection of spot-like signals originating from gene probes (or any other stain with spot-like appearance) on a cell-by-cell basis. Definiens Tissue Studio® supports the detection of gene probe signals in both brightfield and immunofluorescene imaging. The novel functionality complements the robust detection of regions of interest and the comprehensive quantification of cellular parameters and biomarker expression profiles. Definiens Tissue Studio® can be used to analyze images from any solid tissue with any stain, acquired by any scanner or microscope, and in any common file format. With these technological advances, pathologists and researchers can adapt preconfigured solutions to their specific assays with just a few clicks in no more than 30 minutes. Straightforward workflow, intuitive configuration, as well as flexibility and robustness, have established Definiens Tissue Studio as the leading image analysis solution for quantitative digital pathology. Definiens Tissue Studio opens new dimensions in quantification by significantly reducing study times in translational research, preclinical safety, tissue-based biomarker development and clinical trials around the world. The new version includes a range of improvements that make it easier to use and more powerful than ever. “Definiens has developed significant experience in the analysis of in situ hybridization assays in recent years,” said Thomas Heydler, CEO of Definiens. “In Definiens Tissue Studio® 3.5, we now make this available to our customers in a very easy-to-use workflow that supports virtually any type of 2D ISH assay. This further strengthens Definiens Tissue Studio’s position as the most comprehensive software package for quantitative digital pathology.” With just a single configuration, Definiens Tissue Studio® automates the detection of regions of interest and has the capacity to distinguish individual cells and subcellular structures even in heterogeneous tissues samples. The software provides quantitative readouts on morphological characteristics and molecular expression profiles of nuclear, cytoplasmic and membrane biomarkers. In addition, Definiens Tissue Studio® supports robust detection of vessels for automated angiogenesis assays as well as extensive multiplexing for the quantification of numerous parameters from the same tissue sample in immunofluorescence assays. Visit tissuestudio.definiens.com to learn more or watch the recordings of an introductory webinar series on Definiens’ YouTube channel. About Definiens Definiens is the leading provider of image analysis and data mining solutions for quantitative digital pathology in the life sciences, diagnostic biomarkers and healthcare industries. Definiens software provides detailed readouts from whole tissue slides, cell-based assays and full body scans and allows correlating this information with data derived from other sources. By automating analysis workflows, Definiens helps pharmaceutical and biotechnology companies, research institutions, clinical service organizations and pathologists to generate new knowledge and supports better decisions in research, diagnostics and therapy. Definiens’ vision is to open new fields of research, to contribute to development of personalized medicine and to significantly improve the quality of patients’ lives. Definiens is headquartered in Munich, Germany, and has offices throughout the United States. Further information is available at www.definiens.com. http://www.microscopy-news.com/news/definiens-expands-functionality-of-its-leading-solution-for-quantitative-digital-pathology-with-gene-probe-analysis.html http://www.microscopy-news.com/news/definiens-expands-functionality-of-its-leading-solution-for-quantitative-digital-pathology-with-gene-probe-analysis.html Other Pressrelaises Fri, 11 May 2012 00:00:00 +0000 An innovative configuration of the proven AURIGA® CrossBeam (FIB-SEM) workstation combines a pulsed micro-focus laser for fast ablation of material with proven FIB-SEM technology. New applications and an awesome improved workflow for numerous tasks. May 10, 2012. -- Today, Carl Zeiss has launched the AURIGA® Laser, a new advanced system combining the specific advantages of the AURIGA® CrossBeam (FIB-SEM) workstation with the capabilities of a pulsed micro-focus laser for fast ablation of material. AURIGA® Laser is particularly useful for the examination of samples where the target structure is deeply buried under material layers. To gain access to the target structure this material needs to be removed – a procedure which is difficult to conduct with conventional techniques. Mechanical ablation and cross-sectioning of large material volumes often cause deformations, making the sample unsuitable for further examination. In contrast, applying a focused ion beam is inefficient, because the process is much too slow. Ablation with a pulsed micro-focus laser beam offers clear advantages: it does not damage the sample, and it enables ablation rates comparable to mechanical removal. The new AURIGA Laser combines proven FIB-SEM operation with new material ablation capabilities based on the application of a nanosecond pulsed, diode-pumped solid-state laser. The scanning laser used in this unique solution is a nanosecond pulsed, diode-pumped solid-state laser operating at 355 nm provided by TRUMPF AG (Ditzingen, Germany). It was chosen from a broad range of different types of lasers to optimally meet the demands of preparing structures for SEM examination. In cooperation with Carl Zeiss, researchers from the Fraunhofer-Institute for Non-destructive Testing (IZFP — Fraunhofer-Institut für Zerstörungsfreie Prüfverfahren) in Dresden, have optimized the workflow of the innovative tool — ease of use, fast transfer procedures and fast relocation of the region of interest on the sample under examination, took center stage in the cooperation. In order to protect the AURIGA FIB-SEM workstation and detectors from debris generated during the laser ablation process, the system is equipped with a separate chamber for laser operation. After preparing the structure of interest with the laser the sample is transferred under vacuum conditions to the main chamber for SEM examination or FIB polishing. Retrieving the target structure is achieved automatically. The transfer is carried out quickly and smoothly in a matter of seconds — resulting in a very simple and continuous workflow. To realize specific ablation patterns, the laser is equipped with CAD software controlling the scanner head. This enables the user to pre-define even highly complex patterns of the sample structure. AURIGA® Laser is the first such instrument on the market. Dr. Martin Kienle, Director CrossBeam product line at Carl Zeiss, is convinced: “AURIGA® Laser is a milestone in simplifying the SEM examination of a vast range of innovative materials and structures, overcoming the limitations of conventional preparation methods. It enables the users to carry out new applications and to examine complex structures like next-generation nano-technology processors or flexible thin film solar cells.” Future applications comprise semiconductor manufacturing, photovoltaics, polymer electronics, joining and contacting technologies, oil and gas prospection, geomechanical consulting, pharmaceuticals, life sciences and materials research in general. The system is also suitable for the preparation of microsystems that contain soft or brittle phases, such as foams, lightweight construction materials, glass fibers or ceramics, composite materials, pore filters, batteries, fuel cells or geological samples. About Carl Zeiss Carl Zeiss Microscopy, LLC, offers microscopy solutions and systems for research, routine, and industrial applications. In addition, Carl Zeiss Microscopy markets microscopy systems for the clinical market, as well as optical sensor systems for industrial and pharmaceutical applications. Since 1846, Carl Zeiss has remained committed to enabling science and technology to go beyond what man can see. Today, Carl Zeiss is a global leader in the optical and opto-electronic industries. With 12,872 current employees and offices in over 30 countries, Carl Zeiss is represented in more than 100 countries with production centers in Europe, North America, Central America and Asia. For more information on the breadth of solutions offered by Carl Zeiss Microscopy, please visit www.zeiss.com/micro. http://www.microscopy-news.com/news/auriga--laser-innovative-combination-of-fib-sem-technology-with-laser-ablation-for-fast-sample-preparation.html http://www.microscopy-news.com/news/auriga--laser-innovative-combination-of-fib-sem-technology-with-laser-ablation-for-fast-sample-preparation.html Other Pressrelaises Fri, 04 May 2012 05:12:00 +0000 The DSX500i inverted opto-digital microscope provides a truly unique approach to metallurgy imaging, inspection and analysis Hamburg, May 2012 – Providing a unique approach to the inspection of polished surfaces, the DSX500i microscope is the first inverted microscope to be introduced to the material science market. Forming part of the newly launched DSX family of opto-digital microscopes, the DSX500i is extremely easy to use, with different user modes making it suitable for beginners and experienced users alike. The intuitive touch-screen interface guides the user through each step of image acquisition, optimising conditions automatically. Operators can even choose to operate the system via a mouse if they prefer. As the inverted microscope of the DSX portfolio, the DSX500i combines optical and digital techniques to allow users to obtain highly accurate and reliable metallurgy, inspection and analysis each and every time. This makes it ideal for applications such as grain sizing and metal alloy analysis. As with any inverted system, users simply drop the sample onto the DSX500i to begin, with the fully motorised microscope providing a wealth of imaging options. These include brightfield, darkfield, differential interference contrast (DIC), polarised observation and a whole new mode - MIX. By combining brightfield and darkfield observation methods, MIX allows the transition from one to the other to be automated so as users can clearly view scratches and dents in a single field of view. By automating the optimisation of image capture conditions, complex manual fine-tuning is removed thus allowing users to provide expert images without the need for any microscopy know-how. The DSX500i incorporates many of Olympus’s proven features, such as HDR (high dynamic range) and WiDER to eliminate contrast issues and reduce the occurrence of halation or blackouts. Furthermore, the EFI (extended focal imaging) capabilities of the system ensure that uneven sample surface areas are always in-focus. Panoramic images can also be captured with ease - as the operator moves the stage, the image is automatically compiled on-screen in high resolution. The original field is maintained, while specific areas of interest can be investigated in close-up clarity. Making the most of Olympus’s expertise in optical and digital technology, the dedicated objective lenses (10x and 40x) bring high NA and low magnification widefield observations together to enable efficient observations and measurements. Operators can also use the UIS2 lenses to provide high resolution and contrast. Incorporating three exceptionally high-performance CCD chips, colours are reproduced precisely while ensuring high fidelity and clarity extend across the entire image. With many applications within metallography, accuracy and repeatability is essential. As a basic step to ensuring reliability of results, any operator can calibrate the system quickly and easily to eliminate scattering. The microscope frame also absorbs any vibration that may impact on quality at high magnifications, eliminating the blur often observed as a result of shaking. In addition, for users looking to perform analysis such as cast iron inspection, grain sizing or non-ferrous metal inclusions, the images can be opened using the OLYMPUS Stream software. This software program can analyse the data in line with internationally recognised industry standards, thus ensuring that the metal is compliant prior to use in manufacture. Please contact: OLYMPUS EUROPA HOLDING GMBH E-mail: microscopy@olympus-europa.com www.microscopy.olympus.eu For Olympus in the USA, please contact: Ilene Semiatin Edge Communications Inc. White Plains, NY 10605 1.914.684.0959 Ilene@edge-comm.net http://www.microscopy-news.com/news/opto-digital-microscopy-from-a-new-perspective.html http://www.microscopy-news.com/news/opto-digital-microscopy-from-a-new-perspective.html Other Pressrelaises Fri, 04 May 2012 05:07:00 +0000 The DSX500 upright opto-digital microscope for combining darkfield, brightfield and 3D imaging Hamburg, May 2012 – As part of the newly launched portfolio of DSX opto-digital microscopes, the DSX500 high resolution upright inspection system offers advanced analysis, while being simple for every user to use, regardless of their expertise. With its motorised control, the DSX500 allows the simple selection of the best observation method, including differential interference contrast and MIX – a combination of darkfield and brightfield techniques. The intuitive touch screen user interface not only eliminates the need for uncomfortable binoculars, but enables the selection of the best observation method. With the ability to automatically focus and optimise illumination, clear images are obtained easily. Users can choose the panoramic function which enables operators to obtain images beyond the field of view in high definition – whether in 2D or 3D. Simply at the touch of a screen users can obtain exact inspection data, and subsequent resulting reports. The DSX500 puts a wide range of illumination options into the hands of every user, regardless of their levels of expertise. With the DSX500, users can simply select brightfield, darkfield, differential interference contrast (DIC), polarised observation (PO) or MIX function, by touching the automatically generated on-screen preview images. The new MIX function essentially combines brightfield measurements with darkfield LED illumination, providing a totally novel way of detecting defects and imperfections while observing the sample, opening a range of new application opportunities. In combination with the high dynamic range (HDR) and WiDER functionality, which reduces contrast and increases clarity, users can easily obtain high-fidelity images with no halation or blackouts. Building on the capabilities of the DSX100, the DSX500 incorporates a 13x zoom range. World leading optics provide excellent contrast, which can be used to perform reliable 3D analysis. The use of the specially designed long-working distance lenses also allow in-depth inspection and measurement of samples with uneven surfaces, without any worry of damage (either to the microscope or the sample) since the lens and sample are less likely to come into contact. The DSX500 opto-digital microscope incorporates all of the user friendly features common to the DSX portfolio. As a computer-based system, it is driven by a user friendly graphical user interface with touch-screen functionality. The ‘best image’ function ensures that the optimal image is captured every time, while the three operator modes ensure that the relevant functionality and guidance is tailored to the experience level of the operator. Integrating Olympus’s leading CCD camera, dedicated objective lenses, intuitive interface and a wide range of imaging and illumination options, the DSX500 provides the complete analysis and inspection system for any application. Please contact: OLYMPUS EUROPA HOLDING GMBH E-mail: microscopy@olympus-europa.com www.microscopy.olympus.eu For Olympus in the USA, please contact: Ilene Semiatin Edge Communications Inc. White Plains, NY 10605 1.914.684.0959 Ilene@edge-comm.net http://www.microscopy-news.com/news/advanced-industrial-imaging-made-simple.html http://www.microscopy-news.com/news/advanced-industrial-imaging-made-simple.html Other Pressrelaises Fri, 04 May 2012 04:56:00 +0000 The DSX portfolio – a new era of industrial opto-digital microscopy Hamburg, May 2012 – Olympus has today launched its new family of opto-digital microscopes; the DSX series. Through the combination of advanced optics, electronics and Olympus’s renowned expertise, the DSX microscopes provide users with superb operating simplicity, and absolute performance reliability. Consisting of three models: the DSX100 free-angle wide zoom microscope, the DSX500 high resolution upright microscope and the DSX500i high resolution inverted microscope, Olympus can provide a complete inspection system to meet the needs of applications across R&D and quality control. These include inspection and analysis within the automotive industry, palaeontology, geology, PCB manufacture, fibre structure, micro-channels, metallography and the geometry of small parts. Every user can get expert results, without the need to understand microscopy. As microscopy and inspection expand across a broader range of industry sectors, more and more users are accessing microscopy techniques on a regular basis. Within a facility, users tend to have a wide variety of microscopy experience. It is therefore important that the inspection system is easy to use for beginners and experts alike. The DSX portfolio allows users to work in the way that is most comfortable for them. With no microscope binoculars, the systems are highly ergonomic, allowing samples to be visualised on-screen. Furthermore, the microscopes can be controlled quickly and easily via the intuitive touch-screen interface, or using a more traditional computer mouse. All three members of the DSX family operate in the same computer-based manner, meaning that operators can easily move from one model to another without the need for specific training. Image analysis is highly intuitive, with the DSX preview screen facilitating the quick and simple selection of the best optical technique, without the need for any time-consuming adjustments. The system will automatically generate a selection of preview images which are shown as thumbnails for each technique – brightfield, darkfield, differential interference contrast (DIC) –all the user needs to do is touch the screen to indicate their preferred imaging approach. Providing an option to suit all users, there are a number of selectable modes. The tutorial mode helps to guide operators who are new to the process, while the advanced mode provides an additional level of flexibility to a user with a basic level of knowledge. Furthermore, the operator mode allows customisation of the interface so as only the required functionality is visible for routine work. The operator mode also allows user profiles to be set-up so as specific protocols, especially those of the more advanced user which have been fine-tuned and tailored to specific requirements, can be quickly and easily saved and recalled. Combining functionality such as HDR (high dynamic range) and WiDER with an advanced optical zoom and dedicated objective lenses, high resolution images can be obtained effortlessly at the best size for each application. The new zoom optics reduce halation and glare to provide images of the best possible clarity, while the dedicated lenses fuse superior optics with sophisticated image processing for precise, accurate and repeatable measurements, every time. The DSX series of opto-digital microscopes sets a new bar for optical microscopy and non-confocal metrology. Please contact: OLYMPUS EUROPA HOLDING GMBH E-mail: microscopy@olympus-europa.com www.microscopy.olympus.eu For Olympus in the USA, please contact: Ilene Semiatin Edge Communications Inc. White Plains, NY 10605 1.914.684.0959 Ilene@edge-comm.net http://www.microscopy-news.com/news/discover-a-new-dimension.html http://www.microscopy-news.com/news/discover-a-new-dimension.html Other Pressrelaises Fri, 04 May 2012 00:00:00 +0000 LOTUS MCX51 Biological Microscope with LED illumination and Plan Infinity Optics Austria, St. Veit/Glan, April 2012. -- Shortly a microscope will be available to quality- and cost conscious users in the field of Life Science that in this price segment is seeking one´s own kind in its configuration. MICROS has equipped its new unit with LED illumination and of course the stage with its patented glass plate. A special sensor device “SMART SENSE” entails an automatic shutdown if the microscope is not being used for a certain period of time. This is another feature that besides the long-lasting LED illumination (30,000 hours) allows working with this unit environmentally friendly and energy efficient. As this microscope is made of sturdy parts it is ideal for continuous use in the course- and routine operation. Lotus MCX51 is even an asset to university life due to its fixation of single components, e.g. eyepieces, condenser and objectives. By the build-in cord storage and carrying case (optional), the microscope can be easily stored and transported. With its plan corrected ICO² Plan objectives, „PURE“, its multi system condenser as well as the steady and high-intensity LED illumination, clear images are guaranteed at any level of lighting. All together, the ARCTYPE tube through which the angle can be adjusted to the operator in two stages, the backwards faced quadruple nosepiece and the perfectly ergonomic arrangement of control elements, enables an effortless handling of the microscope. Even the multi system condenser with its scales for each objective simplifies a quick preselection for ideal viewing results. The slots for darkfield and phase contrast enable an easy upgrade of the microscope. Therefore it can be switched into another viewing method fast and at a reasonable price. The added and rackless mechanical stage with its ultra-hardened glass plate is just another feature that gives pleasure working with this microscope. The missing rack eliminates the risk of injuries to the hand. As the glass plate is resistant to scratches and chemicals it ensures a neat table surface. If necessary, the glass plate can be easily changed. A focus stop collar prevents a collision of objective and specimen (to avoid possible damage of both). Optionally, the microscope can be equipped with a sliding stage. The round stage slides smoothly on a greasy film. The advantage of it is that the specimen which is held in place by object clamps can easily be positioned. Operating the LOTUS MCX51 in hot and humid climate does not cause any problems. Due to a special anti fungus treatment the images of the optical system remain sharp and clear. Contact: MICROS Produktions- und HandelsgesmbH. Hunnenbrunn - Gewerbezone 5 9300 St. Veit/Glan, AUSTRIA Phone: +43/4212/30901 Fax: +43/4212/30901 90 www.micros.at office@micros.at http://www.microscopy-news.com/news/micros-austria-launches-its-new-biological-microscope-lotus-mcx51-with-many-significant-features.html http://www.microscopy-news.com/news/micros-austria-launches-its-new-biological-microscope-lotus-mcx51-with-many-significant-features.html TopNews