dionex
1980: dionex incorporated as separate entity; a. blaine bowman becomes ceo .
thermo fisher buys dionex for $ 2. 1 billion - the new york times
view a 3 minute animation on the inner workings of the thermo scientific™ dionex™ integrion™ hpic™ system .
the thermo scientific dionex egc, egc ii, cr - tc, cr - tc ii and cr - tc 500 consumables are not compatible with systems equipped with the consumables device monitoring feature, such as the dionex integrion hpic system. the dionex egc iii, egc 500 and cr - tc 600 consumables are required .
the dionex integrion hpic system brings big improvements in the area of increased productivity in our lab .
thermo fisher scientific is excited that you are interested in the dionex integrion system! one of our experts will contact you shortly .
thermo fisher scientific is excited that you are interested in the dionex™ integrion™ hpic™ system! one of our experts will contact you shortly .
consistency is key. the dionex integrion ic system provides stability and control for variables that might affect the quality and consistency of your results .
consumables device monitor is a new instrument feature available on the thermo scientific™ dionex™ integrion™ hpic™ system. each consumable ships with a memory tag :
the consumables device monitor feature is functional only on ic consumables shipped after february 1st, 2016 for use on the dionex integrion hpic system .
nothing supports you in this role more than your laboratory instruments. the thermo scientific™ dionex™ integrion™ hpic™ system is designed to be your reliable partner .
dionex — whose equipment is used in medical research, environmental services and food testing — gives thermo fisher a stronghold in the applied sciences market and strengthens its position in asia. under the agreement, thermo fisher will pay $ 118. 50 a share, roughly 21 percent above dionex’s closing price on friday .
provide your contact information and we will have one of our experts contact you to answer any questions you may have about the thermo scientific™ dionex™ integrion™ hpic™ system .
in a fluid market with changing demands, the dionex integrion ic system offers a wide range of upgradable components, so it can grow with your needs over time .
shares of dionex surged 19. 65 percent on monday to $ 117. 82, and thermo fisher’s stock climbed 4. 75 percent to $ 55. 56 .
with the acquisition of dionex, thermo fisher notably expands its asian operations. the company has trailed behind rivals in the high - growth region; sales in asia pacific make up 11 percent of thermo fisher’s portfolio, compared with 20 percent for many of its competitors, according to analysts. dionex generates 35 percent of its sales there .
let us answer your questions about the new thermo scientific™ dionex™ integrion™ hpic™ system. fill out the form below and we will have an expert get in touch with you shortly .
thermo fisher scientific agreed on monday to buy the manufacturer of the chromatography systems dionex for $ 2. 1 billion in cash, in a deal applauded by investors at both companies .
under bowman, dionex began its impressive string of record sales and profits, fueled in large part by devoting as much as nine percent of revenues to an ongoing research and development program. the first major improvement to the ic technology was realized in 1981, when dionex introduced fiber suppressors. instead of the operator taking time to remove the suppressor device and regenerating it with a chemical solution, fiber technology made possible continuous regeneration. dionex also introduced in 1981 its series 2000i ion chromatographer, the first metal - free system, a far more versatile product that eliminated contamination caused by corrosive eluents. in 1984, dionex took a major step when it offered the first pc - based ic workstation and the first on - line ic system from process analysis. the company also gained approval from the environmental protection agency for its as4 column in the analysis of anions in drinking water. dionex' s research efforts then produced a revolutionary breakthrough in ic technology with the 1986 introduction of its micromembrane suppressors, which now made gradient elution possible meaning the types of ions that could be analyzed grew substantially. to fully take advantage of the micromembrane suppressor, dionex introduced its 4000i system in 1986 .
dionex corporation was founded in 1975 with the goal of helping chemists become more productive by providing them with products that eliminate repetitive, time - consuming tasks. at the time, dionex was developing ion chromatography (ic), an innovative analytical technique that enabled chemists to quickly separate, isolate, and identify ionic components of chemical mixtures. since then, the scope of dionex technology has expanded to include a broad range of techniques, including ic, high - performance liquid chromatography (hplc) including capillary and nano lc, accelerated solvent extraction (ase), automation, and on - line process analysis .
to maintain the highest possible level of quality, dionex has established quality standards for every phase of our operation. all dionex products are designed, developed, and manufactured under a registered iso 9001 quality system. we also encourage customer comments and collect them from every possible source. these comments give us a reading on customer satisfaction and provide the information we need to continue finding ways to improve the quality of our products and services .
despite boasting record profits each year since going public in 1982, dionex remained virtually unknown to a vast majority of individual investors, with most of its stock owned by institutions. the company' s business was difficult for most people to understand, a major reason why the price of dionex stock was undervalued when compared to its competitors or to the market in general. the company had made money in both good times and bad, and appeared well positioned to continue its pattern of growth well into the future. under bowman, dionex gained a solid reputation with its customers, who displayed their loyalty to the company by returning to buy more products. good relations were maintained by not only having dionex employees install its products, but with strong after - sales support as well. moreover, an ever - widening network of distributors and foreign distributors allowed dionex to spread its risk, with more than 60 percent of all sales coming outside of the united states. the company could also expect to improve significantly on its share in the hplc market, with a short - term goal of becoming the third largest player. perhaps the biggest challenge to dionex in the years ahead would simply be its ability to recruit the number of trained and qualified technical people needed to keep pace with the company' s growth .
dionex headquarters are located in sunnyvale, california, in the heart of the dynamic high - technology community known as silicon valley. our sales and service offices are located throughout the united states and our technical center is in salt lake city, utah. dionex international subsidiaries are located in austria, belgium, canada, china, denmark, france, germany, italy, japan, the netherlands, switzerland, and the united kingdom, with distributors in dozens of countries worldwide .
the ic business unit was spun - off in 1978. while the business of its subsidiary grew, durrum by 1980 reduced its emphasis on other products, and the parent corporation sold off the gas plasma processing equipment business to smithkline. dionex corporation was then incorporated in california in 1980 to purchase the dionex assets, a leveraged buyout (lbo) led by a. blaine bowman, a durrum executive. bowman had both a scientific and business background. he earned an undergraduate degree in physics from brigham young university and an m. b. a. from stanford. before joining durrum as an executive vice - president in 1977, he worked as a product engineer at motorola semiconductor products division. after generating less then $ 1 million in revenues from the sale of ic products in 1977, the new dionex reached 16 million in sales in 1981. in december of 1982, bowman took the company public. dionex would be reincorporated as a delaware company in 1986 .
most recently, dr. witney served as president and chief executive officer of dionex corporation, which completed its $ 2. 1 billion sale to thermo fisher scientific inc. (nyse: tmo) in may 2011. prior to joining dionex in april 2009, dr. witney served as executive vice president and chief commercial officer of affymetrix, following affymetrix’s acquisition of panomics, inc. in december 2008. dr. witney was president and chief executive officer of panomics from 2002 until 2008 .
to support its steady sales growth, dionex employed a two - prong marketing strategy. in addition to direct sales calls, it improved its customer base in already established applications by using direct mailings and advertising in trade publications and at seminars and workshops. by continuing to work closely with its customers to solve specific problems, dionex created new applications to be exploited commercially. in effect the company' s marketing and research and development efforts converged. by 1993 annual revenues topped the $ 100 million level .
this data can be easily retrieved from the front panel tablet app or by using the thermo scientific™ dionex™ chromeleon™ chromatography data system (cds) software. the chromeleon cds software also includes a feature to directly compare results obtained locally against reported qar data .
durrum established a separate business unit for its new ic products, naming it dionex, derived from dow ion exchange. to provide legal protection, dow' s patent department was active in securing a number of patents that were important to the growth of the new venture. in september 1975, the first commercial ic instrument made its public debut at the fall meeting of the american chemical society, demonstrated in the back of a rented van. it was also introduced to the scientific community in a paper published in analytical chemistry. at first the instruments were only capable of analyzing simple anions and used mostly to detect sulfates. nevertheless, dionex' s claims seemed too good to be true to many chemists. once the company proved that its product indeed saved time and money, however, it began to log steady sales and build a solid customer base. dionex forged a close relationship with its customers and began to work with them to develop new methods, and eventually new products, to address problems that ic was particularly suited to solving. that customer interaction would become a cornerstone of dionex' s future research and development efforts, maintained to this day. for a number of years dionex also continued to work closely with the dow researchers in further improvements on ic technology .
in the 1990s, dionex began to expand beyond its traditional ic products. in fiscal 1995, it introduced a new technology, accelerated solvent extraction. the resulting systems would be used around the world for a multitude of environmental, industrial, and food and beverage applications. although dionex was engaged in small niches of the $ 2 billion high - performance liquid chromatography market, in 1998 it fully entered the business by acquiring a small german company, softron gmbh, at the cost of $ 24. 7 million. the softron technology was combined with a chromeleon software system to produce dionex' s summit hplc system for use by scientific, pharmaceutical, and industrial laboratories in analyzing chemical compounds. moreover, softron, with $ 10 million in annual revenues, provided a european customer base on which to build .
eliminate human errors associated with manual eluent preparation and improve method reproducibility from operator - to - operator and lab - to - lab. the dionex integrion ic system brings consistent results to all your applications. in this case, 100 injections of a simple sugar mixture are highly reproducible .
aside from technological advances, dionex also expanded its business operations in the early 1980s, forming subsidiaries in europe. by fiscal 1985, the company was generating more than $ 35 million in annual revenues. by the end of fiscal 1987, sales would top $ 50 million. profits also showed continual improvement. despite having no debt and substantial cash in hand, however, dionex showed little interest in external growth. the only exception was the 1988 acquisition of lee scientific, maker of superficial fluid chromatography equipment, which allowed the company to enter into a related market .
some of the most important advances in ic systems were the result of improved software. in fiscal 1994, dionex introduced its peaknet windows - based software, which was incorporated into a new line of pc - based ic workstations. improved versions of peaknet would result in even more productive systems .
designed to be familiar and flexible, the thermo scientific™ dionex™ integrion™ hpic™ system has the reliability you need for consistent results from day to day and operator to operator. download or visit the resources below to learn more about the features and capabilities of this state - of - the - art system .
at its best, everything is in sync. thoughtfully designed instruments accelerate your stream of results while blending seamlessly into your laboratory. the dionex integrion ic system is made to support you. it was designed to fit with the flow of your laboratory so that it quickly falls in sync with your processes .
in fiscal 1998, dionex topped $ 150 million in revenues while posting a $ 28. 7 million profit. by fiscal 2001, revenues would improve to $ 176. 8 million and net income to $ 31. 4 million. during that year dionex would also make one of the rare acquisitions in its history, the $ 12 million purchase of lc packings b. v. , a dutch maker of liquid chromatography systems used in proteomics and drug discovery research. the packings acquisition improved dionexs position in the hplc market. in a released statement, bowman noted ,
this will greatly improve our access to the leaders in protoemics research, and our insight into the quickly developing needs of the major pharmaceutical and biotechnology companies doing this important work .
far from content with its success, dionex was introducing more new products than ever before. it was also expanding its worldwide distribution channels. in january 2001, it increased it direct sales subsidiaries by opening offices in denmark and china .
as lab professionals, you spend a lot of time interacting with laboratory instruments. they are your partners, working with you towards the same goal. this is why the dionex integrion ic system is designed to be an instrument that you can quickly get to know. the entire user interface is intuitive to navigate, even if you are new to ion chromatography .
in order to meet today’s demands, you need an ic instrument with high throughput capability, that quickly recovers from setbacks. the dionex integrion ic system is always ready for action, keeping your lab continuously flowing. it boosts throughput with a high - pressure capable system and is equipped with whole - system monitoring, allowing you to focus on results without interruption .
thermo scientific™ dionex™ products have a reputation for leading innovation with excellence in ion chromatography (ic), liquid chromatography (hplc and uhplc), automated sample preparation solutions, and chromatography data system software. these products have been empowering scientists for over 40 years in the environmental, life science, chemical / petrochemical, food safety, electronics, power, and biofuel industries .
innovation and quality have made dionex a leader in the worldwide separations industry. our expertise allows us to work closely with chemists, biochemists, and other customers in various markets. we actively seek new technologies to help our industry. customer satisfaction is the foundation for our continued growth and strong financial condition. and it is the organizing principle for all of our operations, from r & d and manufacturing to sales and customer support .
innovation and quality have made dionex a leader in the worldwide separations industry. our expertise allows us to work closely with chemists, biochemists, and other customers in various markets. we actively seek new technologies to help our industry. customer satisfaction is the foundation for our continued growth and strong financial condition. and it is the organizing principle for all of our operations, from r & d and manufacturing, to sales and customer support .
) - - affymetrix, inc. (nasdaq: affx) today announced that dr. frank witney has been appointed president and chief executive officer, effective july 1, 2011. dr. witney joins affymetrix with 30 years of experience in the life science research products and diagnostic and analytical instrument industry, having served in senior leadership positions at dionex, panomics, affymetrix and bio - rad. dr. witney will also be appointed to the company’s board of directors. dr. witney will succeed kevin m. king who has resigned as affymetrix’s president and chief executive officer, effective june 30, 2011, to pursue other interests .
affymetrix appoints frank witney, ph. d. , as president and chief executive officer | business wire
affymetrix appoints frank witney, ph. d. , as president and chief executive officer
“our board is delighted to welcome frank back to affymetrix and believe he is the right person to lead the company through its next phase of growth and development, ” said stephen p. a. fodor, ph. d. , founder and chairman of affymetrix’s board of directors. “frank is a seasoned healthcare executive with proven operational and financial expertise built over an impressive 30 - year career and we are confident that his extensive market knowledge, international experience and operational insight will be of enormous value to affymetrix. ”
commenting on his appointment, dr. witney said, “this is an exciting opportunity for me. i am very pleased to be rejoining affymetrix, a company that has made significant contributions over many years to healthcare research. i know the company well and believe there is significant untapped potential. affymetrix has a strong technology base, a valuable portfolio of innovative products and solutions, long standing and strong customer relationships, and deeply talented employees. i look forward to working with the board of directors, executive team and affymetrix’s exceptional employees to enhance the company’s market position and accelerate its growth and success. ”
dr. fodor added, “we thank kevin for his contributions as affymetrix’s president and ceo. under kevin’s leadership, affymetrix’s operating cost structure improved, gross margins were expanded and the company returned to operating profitability. today affymetrix is well - positioned for future success and has a strong balance sheet with more than $ 240 million of cash as of march 31, 2011. we wish kevin every success in his future pursuits. ”
prior to his role at panomics, dr. witney served as president of drug discovery tools at perkinelmer life sciences, assuming this position after perkinelmer' s acquisition of packard bioscience in 2001, where he served as president and chief operating officer. from 1983 to 2000, dr. witney held a series of research and general management positions at bio - rad laboratories and led the company' s efforts to enter rapidly growing markets for proteomic and bioassay technologies, culminating as group operations manager of the life science group. dr. witney was a post - doctoral fellow at the national institutes of health from 1980 to 1983 and holds a doctorate in molecular and cell biology from indiana university. he earned an undergraduate degree in microbiology from the university of illinois. dr. witney currently serves on the board of directors of one lambda inc. , dvs sciences inc. and rarecyte inc .
affymetrix technology is used by the world' s top pharmaceutical, diagnostic, and biotechnology companies, as well as leading academic, government, and nonprofit research institutes. more than 2, 100 systems have been shipped around the world and over 26, 000 peer - reviewed papers have been published using the technology. affymetrix is headquartered in santa clara, california, and has manufacturing facilities in cleveland, ohio, and singapore. the company has more than 900 employees worldwide and maintains sales and distribution operations across europe, asia and latin america. for more information about affymetrix, please visit the company' s website .
all statements in this press release that are not historical are
forward - looking statements
within the meaning of section 21e of the securities exchange act as amended, including statements regarding affymetrix'
expectations ,
beliefs ,
hopes ,
intentions ,
strategies
or the like. such statements are subject to risks and uncertainties that could cause actual results to differ materially for affymetrix from those projected, including, but not limited to: the company’s ability to hire and retain key personnel, risk relating to the company' s ability to successfully commercialize new products, risk relating to past and future acquisitions, including the ability of the company to successfully integrate such acquisitions into its existing business; risks of the company' s ability to achieve and sustain higher levels of revenue, higher gross margins and reduced operating expenses; uncertainties relating to technological approaches, risks associated with manufacturing and product development; uncertainties relating to cost and pricing of affymetrix products; dependence on collaborative partners; uncertainties relating to sole - source suppliers; uncertainties relating to fda and other regulatory approvals; competition; risks relating to intellectual property of others and the uncertainties of patent protection and litigation. these and other risk factors are discussed in affymetrix' annual report on form 10 - k for the year ended december 31, 2010, and other sec reports. affymetrix expressly disclaims any obligation or undertaking to release publicly any updates or revisions to any forward - looking statements contained herein to reflect any change in affymetrix' expectations with regard thereto or any change in events, conditions or circumstances on which any such statements are based .
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1228 titan way sunnyvale, california 94085 - 3603 u. s. a .
the idea for ic grew out of the dow physical research laboratory in midland, michigan, during the late 1950s. one of the early pioneers of the technology was hamish small, who was born and educated in northern ireland and worked several years for the united kingdom atomic energy authority before immigrating to the united states in 1955 and taking a job with dow chemical. according to hamish' s writings, there was no corporate mission at dow to develop ic, just a belief that inorganic ion analysis would be an improvement over wet chemical techniques: inorganic chromatography, as it was called then, was just a dream shared among such colleagues as bill bauman, bob wheaton, and mel hatch. each was active, in one way or another, in ion exchange technology; none was trained as an analytical chemist. ic, however, gained little ground over the next decade. the researchers used water as an eluent and employed electrical conductivity to detect and measure ions in a single process. it was not until late 1971, according to hamish, that he and his colleagues developed a chromatographic method that used ion exchange as the separation mode and conductivity monitoring as the means of detection. once certain particles were ionized, however, it was necessary to find a way to see them through the noise. thus, a suppressor device was introduced, a column of ion exchange resin that allowed the ionized particles to stand out. the final hurdle was to find the most suitable eluent. at first, sodium hydroxide was employed but an accidental discovery led the researchers to finally settle on a carbonate - bicarbonate solution, which would become the standard anion eluent for many years to come .
aside from the laboratory challenges, the researchers faced resistance from dow management, which at first did not recognize the importance of the new technology. after months of internal lobbying by researchers, ic became accepted within dow, and once it showed commercial promise, a number of executives wanted the company to develop ic products. hamish was not enthusiastic about that possibility, foreseeing the relatively tiny boat being swamped, and was relieved at the decision to seek an entrepreneurial licensee outside of the company .
at this stage, at least by today' s standards, ic was still a crude process, yet it was already clear that what took chemists hours to accomplish could now be done in mere minutes. the company that appreciated the importance and commercial possibilities of the ic technology and purchased exclusive rights from dow was the palo alto, california, firm of durrum instrument corp. , makers of analytical instruments. durrum was owned by international plasma corp. of hayward, california, established in 1969 to produce gas plasma processing equipment. it acquired durrum in 1974 .
principal competitors: alltech associates; hewlett - packard company; perkin - elmer company; varian associates; shimadzu corporation; thermo instruments; waters corporation .
perform the full range of rapid hplc and uhplc applications on one system. thermo scientific ultimate 3000 rapid separation systems combine unique hardware features and the ability to use small particle columns for fast separations with excellent resolution. all system components are coordinated for high performance. available in biocompatible and non - biocompatible setups and featuring unique technological innovations like dual - gradient capabilities, the ultimate 3000 rs systems sustain even most advanced workflows .
providing ultra - fast separations with ultra - high resolution in an exceptionally versatile hplc / uhplc system for the rigorous demands of large and small molecule analysis, these systems operate at pressures up to 1000 bar .
get fast, high resolution separations with maximum flow rate flexibility. a fast gradient response and excellent flow rate stability ensure reliable results .
this is the most flexible rs system for established and novel hplc and uhplc workflows. the quaternary system supports fast routine applications and method development .
increase productivity with this dual rapid separation system featuring online - spe, parallel or tandem hplc / uhplc, inverse gradients and fast application switching .
get uhplc performance for proteins, peptides, nucleic acids, and biotherapeutics. these systems are 100% corrosion free for use with high salt or extreme ph conditions. they operate with column pressures up to 1000 bar .
protect your large molecules from unwanted degradation and modification. this uhplc handles your needs from discovery to target isolation and purification .
accelerate your bio - uhplc analyses. this dual system automates multiple uhplc separations to combine non - compatible chemistries in one workflow .
the ultimate 3000 biors is designed to combine the performance advantages of ultra - high - performance liquid chromatography (uhplc) with the corrosion - resistant flow path needed to analyze proteins, peptides, nucleic acids and biotherapeutics. the system was designed to accelerate research into promising biotherapies, such as monoclonal antibody variants .
hplc systems selection guide use this tool to rank the top hplc instruments for your applications based on your responses to simple pull - down menus .
hplc system total cost of ownership calculator use this tool to estimate your cost for purchasing and running thermo scientific hplc and uhplc systems. you can compare costs between instruments .
access the latest version of our chromatography columns and consumables catalog in pdf and online formats. the enhanced online version features a robust applications search tool, access to method development guides, application notebooks, and much more .
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please purchase this product by removing it from your on - site supply center. stocked items are not available for online purchase .
streamline your laboratory workflow using thermo scientific™ chromeleon™ chromatography data system (cds) software. this software delivers superior compliance tools, networking capabilities, instrument control, automation, data processing, and more. the first cds to unify workflows for chromatography and routine quantitative mass spectrometry (ms) analysis, chromeleon software provides full integration of thermo scientific gas chromatography (gc - ms / ms), liquid chromatography (lc - ms / ms), and ion chromatography (ic - ms) instruments. run your analyses compliantly in an enterprise environment—from method creation to final reporting .
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industry - leading multi - vendor control—supports over 450 different instrument modules from over 20 manufacturers .
robust enterprise (client / server) environment with relational database file storage (sql server express, sql server, or oracle) .
secure, administrator - controlled user access and permissions to ensure data integrity and enable compliance with gxp and 21 cfr part 11 .
simplified run creation, including sequence, methods and reports, with one - click eworkflows™ .
automated pass / fail decisions during runs with intelligent run control to get the analysis right the first time .
quick, accurate peak integration with the cobra™ peak detection and handling of unresolved peaks with smartpeaks™ integration assistant .
integral report designer with customizable, spreadsheet - based report templates with advanced calculations and charting .
enhanced integration to thermo fisher™ samplemanager™ lims, sdms and les to manage the complete laboratory workflow .
all your data, from all your instruments, secure. that' s xtr .
error - free execution of any chromatography or ms analysis with minimal training requirements .
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shared lists are a new way to save products. create a list for each of your projects to share with collaborators like your lab manager. then select and buy products as a team .
click “save to list” to create your first list, give it a name, and add the product. access your shared lists in the account link on urltoken
you can invite collaborators like your lab manager or procurement staff to any shared list. they can add more items, leave comments, and complete the final purchase .
export your list as a spreadsheet for easy documentation or hand off to your lab’s designated buyer .
unsere mission ist es, unsere kunden in die lage zu versetzen, die welt gesünder, sauberer und sicherer zu machen .
als weltweit führender partner der wissenschaft sorgen wir für ein optimales umfeld, damit unsere kollegen innovative technologien voranbringen, relevante lösungen entwickeln und erfolgreiche karrieren aufbauen können. in deutschland sorgen mehr als 5. 000 fachkräfte mit einer großen vielfalt an fähigkeiten und kenntnissen für erstklassige produkte und services .
unser erfolg beruht auf der zusammenarbeit als ein starkes team. durch eine visionäre führung können wir unsere strategie verfolgen, weltweit führender partner der wissenschaft zu sein. dank unserer globalen präsenz und unserer kapazitäten können wir uns voll und ganz auf die erfüllung der unterschiedlichen bedürfnisse unserer kunden konzentrieren. jeden tag helfen wir hunderttausenden von kunden, die welt gesünder, sauberer und sicherer zu machen .
our mission is to enable our customers to make the world healthier, cleaner and safer .
thermo fisher scientific inc. (nyse: tmo) is the world leader in serving science, with revenues of more than $ 20 billion and approximately 70, 000 employees globally. our mission is to enable our customers to make the world healthier, cleaner and safer. we help our customers accelerate life sciences research, solve complex analytical challenges, improve patient diagnostics, deliver medicines to market and increase laboratory productivity. through our premier brands - thermo scientific, applied biosystems, invitrogen, fisher scientific and unity lab services - we offer an unmatched combination of innovative technologies, purchasing convenience and comprehensive services .
all qualified applicants will receive consideration for employment without regard to race, creed, religion, color, national or ethnic origin, citizenship, sex, sexual orientation, gender identity and expression, genetic information, veteran status, age or disability status. read more
applicants have rights under federal employment laws; family and medical leave act (fmla); equal employment opportunity (eeo); and employee polygraph protection act (eppa) .
as an ion chromatographer, the routine ic applications you run give the rest of us the peace of mind to use everyday resources like water, food and beverages, biofuels and pharmaceuticals without a second thought .
* the wireless transmitter devices may not be authorized as required by the laws of your country; and these features will not be, offered for sale or lease, or sold or leased, until proper authorization is obtained. please consult your local sales representative for details. click here for more information about wireless service in your area .
during this event, dr. jeffrey rohrer discusses the benefits of using high - performance anion - exchange chromatography coupled with pulsed amperometric detection (hpae - pad) for sugar analysis .
your laboratory ecosystem is different from all others. it consists of its own unique web of interactions between your laboratory team and the instruments they use .
layout based on logical flow - path for easy component access in a compact platform with a small physical footprint .
provides positive identification of a consumable' s performance metrics, preventing consumable installation errors and mismatches by automatically logging consumable use and performance .
choose the column sizes you need for your applications, including smaller - particle - size 4 µm columns that provide faster run times and better resolution .
clearly presented control of ic instruments with extensible software for additional troubleshooting, installation and application support .
simple - to - install fittings that have low dead volume and require no extra training or tools .
during this event, we will discuss regulatory compliance testing of municipal drinking water and wastewater, and how this testing can be made faster and more cost - effective through the use of high - pressure - capable ion chromatography systems .
this whiteboard video discusses the role of eluents and eluent generation in separating compounds via ion chromatography .
when a consumable is added to the system, the instrument controller detects the presence of the consumable and downloads the stored data from the memory tag. the instrument controller can communicate with these tags to identify the consumables installed on the instrument and subsequently store operational and performance metrics to the tag memory .
during production, a comprehensive set of specification data, listed below, is written onto each device before it is shipped to users. this data includes :
when a consumable is placed in the system for the first time, the current date and time is written to the memory tag. hence, the instrument controller can determine exactly how long a consumable has been in commission .
during operation, the instrument controller will write the key performance metrics noted below to the memory tag as they are collected. this data is regularly updated by the system ensuring it is up to date and valid. key metrics include :
the chromeleon cds software is programmed with a set of predefined configuration rules. if any of the detected consumables break these rules, a warning is sent to the audit trail and the consumables inventory page. the warning notifies the operator that the detected set of consumables contains at least one mismatch. it will not prevent the system from operating if the mismatch was intentional .
from february 2016, all consumables with the memory tag installed will include an
rfid ready
or
device monitoring enabled
message on the label, and will be shipped with a system ordered on the same sales order .
existing data will be transferred to the second system and new data appended only if it also supports the consumable device monitoring feature. however, the initial installation date will not be updated .
discover the lowest total cost of ownership with thermo scientific ion chromatography and sample preparation instruments .
our work has relied on high - performance ion chromatography for the detail and precision it provides. the new integrion system combines the best features of hpic in a compact format that is easy to use. the single channel pump design with inline eluent generation makes it easy to instantly have a range of hydroxide eluent strengths and gradients without having to worry about the reproducibility issues with carbonate contamination .
we can use the ic columns with smaller particle sizes to obtain better results .
the consumables device monitor helps us ensure that ic consumables are ordered well before they are needed, minimizing system downtime. this feature also helps us anticipate potentially time - consuming maintenance requirements (e. g. , rebuilding a pump) in advance of inconvenient malfunctions .
dr. gisele birman tonietto coord. apolo a projectos de pesquisa labaguas - lab de caracterização de águas puc - rio
the tablet is so' now'... . everyone knows how to work a tablet .
( the tablet) gives us more options for language. we can switch between english and chinese easily .
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as more chemists use our products, the range of customer needs expands, and so does the range of systems and services that we offer to meet those needs. our products are used extensively for chemical analysis, sample preparation, and laboratory automation in the environmental, proteomics, life science / biotechnology, chemical, petrochemical, power generation, pharmaceutical, and electronics industries. our customers include many of the world' s largest companies, government agencies, research institutions, and universities .
graphenea are known for pushing the barriers of graphene research. they have recently developed a graphene fet (gfet) which is ready for immediate functionalization. this will save valuable research time and eliminate human error, making graphene research simpler and more efficient .
in this interview brian o' connor speaks to azonano about how piezo controller design influences thermal stability .
the basis of the fiber alignment system? is a very stiff set - up consisting of the h - 811 hexapod and p - 616 nanocube® nanopositioner .
pi' s q - 521 and q - 522 sub - miniature precision stages? can be assembled to form extremely small xyz positioning systems .
in a continuation of their development of advanced nanomaterials characterization technologies, cordouan has developed the vasco kin™ time - resolved instrument. this next - generation equipment is designed to monitor in real time nanoparticles synthesis, agglomeration or the stability of suspensions, using accurate kinetic analyses combined within an in situ and contactless remote optical head .
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“at the highest level, we’re creating a leading chromatography company in a leading category, ” marc n. casper, president and chief executive of thermo fisher, said on monday .
“investors are reacting favorably, ” said sung ji nam, an analyst for gleacher & company, a research firm. “the takeover makes a lot of strategic sense. ”
the deal comes after thermo fisher was thwarted in its effort to buy the laboratory equipment supplier millipore earlier this year. in july, merck paid around $ 7 billion for that company .
the industry focus is on china, where the government is pouring billions into research and development. according to china’s national bureau of statistics, spending for research and development rose to $ 87. 2 billion in 2009, with more than 20 percent of the money coming from the state .
“they want to go where the growth is, ” said peter macdonald, an analyst at auriga. “you get a lot of research dollars in china, and thermo fisher has been under - represented there. ”
dionex corporation is an american company based in sunnyvale , california . it develops , manufactures , sells , and services chromatography , ion chromatography and extraction systems for separating , isolating , and identifying the components of chemical mixtures . such equipment is used in medical research , environmental monitoring and food testing . dionex developed the chromeleon brand of chromatography software . the primary function of chromeleon is to control and obtain data from dionex analytical instruments although the software supports instruments from other vendors . chromeleon 7 is the latest edition of the software . the technology made by dionex includes the rapid separation lc ( rslc ) and polymeric hplc columns , a type of monolithic hplc column . unlike the inorganic silica columns , the polymer monoliths are made of an organic polymer base . dionex , traditionally known for its ion chromatography capabilities , has led this side of the field . dionex first acquired a license for the polymeric monolith technology in the 1990s . dionex also acquired esa biosciences ' hplc assets in 2009 , expanding its expertise in this area . in december 2010 thermo fisher scientific announced its acquisition of dionex for $ 2.1 billion . 
dionex corporation is an american company based in sunnyvale, california. it develops, manufactures, sells, and services chromatography, ion chromatography and extraction systems for separating, isolating, and identifying the components of chemical mixtures. such equipment is used in medical research, environmental monitoring and food testing. dionex developed the chromeleon brand of chromatography software. the primary function of chromeleon is to control and obtain data from dionex analytical instruments although the software supports instruments from other vendors. chromeleon 7 is the latest edition of the software. the technology made by dionex includes the rapid separation lc (rslc) and polymeric hplc columns, a type of monolithic hplc column. unlike the inorganic silica columns, the polymer monoliths are made of an organic polymer base. dionex, traditionally known for its ion chromatography capabilities, has led this side of the field. dionex first acquired a license for the polymeric monolith technology in the 1990s. dionex also acquired esa biosciences' hplc assets in 2009, expanding its expertise in this area. in december 2010 thermo fisher scientific announced its acquisition of dionex for $ 2.1 billion.
dionex corporation is an american company based in sunnyvale, california. it develops, manufactures, sells, and services chromatography, ion chromatography and extraction systems for separating, isolating, and identifying the components of chemical mixtures. such equipment is used in medical research, environmental monitoring and food testing. dionex developed the chromeleon brand of chromatography software. the primary function of chromeleon is to control and obtain data from dionex analytical instruments although the software supports instruments from other vendors. chromeleon 7 is the latest edition of the software. the technology made by dionex includes the rapid separation lc (rslc) and polymeric hplc columns, a type of monolithic hplc column. unlike the inorganic silica columns, the polymer monoliths are made of an organic polymer base. dionex, traditionally known for its ion chromatography capabilities, has led this side of the field. dionex first acquired a license for the polymeric monolith technology in the 1990s. dionex also acquired esa biosciences' hplc assets in 2009, expanding its expertise in this area. in december 2010 thermo fisher scientific announced its acquisition of dionex for $ 2.1 billion.