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Lab.ru Consulting | News | Suppliers' news | Germany
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17.02.03

Many applications call for special bath fluids. There are countless fluids in the marketplace, each claiming optimum performance for the particular temperature control task, but which one is the ideal one for your application?
The JULABO "Thermal" bath fluids are suitable for almost all applications. We offer a choice of 10 specially selected and specially tested bath fluids for long term use with refrigerated and heating circulators at temperatures ranging from –85°C to +350°C. Viscosity, oxidization level and thermal conductivity have been optimized for usage in heating only as well as refrigerated and heating circulators. Of special interest is the combination of the JULABO Presto Highly Dynamic Temperature Control Systems with Thermal HL 45 and Thermal HL 80 bath fluids. These offer very wide working temperature ranges of –45°C to +250°C and –85°C to +170°C respectively, with just one bath fluid. No more troublesome bath fluid changes. In addition the Presto LH models offer built in protection from oxidization and cracking that extends the lifetime of the fluid.

Bottom Line: Choosing the correct bath fluid not only makes your daily tasks easier but can also reduce costs!

15.03.03

SPECTRO Launches the new SPECTRO MIDEX at Pittcon exhibition
Benchtop system provides quick, non-destructive determination of elemental composition for Jewelry and Dental alloys. The analyzer is also well suited for forensic science applications.
SPECTRO Analytical Instruments, a leading global supplier of spectrometers, introduces a new "pinhole" XRF (X-ray fluorescence) analyzer designed specifically to meet the needs of jewelry and dental alloys analysis as well as those of forensics laboratories. The new SPECTRO MIDEX analyzer uses state-of-the-art XRF technology and proprietary beam collimation techniques to ensure the easiest, most accurate measurement results possible within a typical 2-3-minute response time.
Using a collimated X-ray beam means that the sample itself, or the region analyzed on the sample, can be extremely small. As a result, composition of irregular surfaces, small metal fragments, and even metallic coatings can be measured quickly, accurately, and reliably.
Simple principle of operation
SPECTRO MIDEX spectrometers use an air-cooled, low-power X-ray tube. The beam excites the elements in the sample, causing them to emit fluorescence radiation that contains information on the quantitative and qualitative elemental composition of the sample. An advanced semiconductor detector converts the fluorescence radiation into an output signal proportional to the spectral energies emitted. None of the sample material is destroyed, a significant benefit for forensic and medical laboratories.

15.03.03

Bruker AXS Enters Technology Joint Venture for Solid State X-Ray Detector Technology

MADISON, Wis., Mar 24, 2003 (BUSINESS WIRE) -- Bruker AXS Inc. (NASDAQ:BAXS), a leading global provider of advanced X-ray solutions for the life and advanced materials sciences, announced today that it entered a joint venture with Baltic Scientific Instruments Ltd., a leading company in solid state detector research and development for applications in materials research and elemental composition. As part of the agreement, Bruker AXS GmbH, a German subsidiary of Bruker AXS Inc., acquired a majority interest in Baltic Scientific Instruments, located in Riga/Latvia. Financial terms were not disclosed.
Baltic Scientific Instruments' core expertise is in solid state X-ray detector technology for materials research and elemental composition applications. Baltic Scientific Instruments has been a supplier to Bruker AXS since 2001. The energy dispersive X-ray (EDX) detector provided by Baltic Scientific Instruments has been helping to fuel growth and differentiation for Bruker AXS' D8 product line. The joint venture gives both companies the opportunity to explore additional research and development projects. In addition, the relationship provides additional opportunities for Bruker AXS to improve its gross margin, a key focus for the Company.
Bernard Kolodziej, Bruker AXS' Chief Financial Officer for European Operations and newly appointed Chairman of Baltic Scientific Instruments, stated: "This investment is in line with our strategy to expand our technology portfolio. We are confident that integrating the technologies developed by Baltic Scientific Instruments and those of Bruker AXS will increase our technology leadership. In addition, it will allow us to further grow Bruker AXS' global market share and gross margins. We are looking forward to expanding our already strong relationship with our colleagues at Baltic Scientific."
Vladimir Gostillo, Ph.D., President and one of the Founders of Baltic Scientific Instruments, said: "Our management team is pleased to join forces with an internationally known company like Bruker AXS. We believe the relationship will bring Baltic Scientific to the next level and make us a global OEM supplier for detector technologies. We are committed to continuing our current high pace of innovation. In addition, we will focus on building world-class, high-quality manufacturing."
Ilari Pihl, newly appointed Chief Operating Officer of Baltic Scientific Instruments, added: "Baltic Scientific Instruments brings a whole set of interesting and valuable technologies to Bruker AXS which will be the key for certain Bruker AXS product lines. This will also make it possible for Bruker AXS to access new market areas. The strategic investment by Bruker AXS also brings long-term stability and growth opportunities for Baltic Scientific Instruments, its employees, and management."

10.04.03

Bruker Daltonics and Bruker AXS Announce Merger Agreement

BILLERICA, Mass. and MADISON, Wis.--(BUSINESS WIRE)--April 7, 2003 -- Combined Company Will be a Leading Provider of Life Science and Materials Research Tools with Broad Technology Platforms and More Comprehensive Systems for Proteomics

Bruker Daltonics Inc. (NASDAQ:BDAL) and Bruker AXS Inc. (NASDAQ: BAXS) today announced that they have entered into a definitive merger agreement intended to form a leading tools supplier for life science and materials research, with an emphasis on advancing proteomics. The agreement was signed following the unanimous approval of the Board of Directors of each company as well as the unanimous recommendations of independent Special Committees of both companies' boards.
In the merger, each outstanding share of common stock of Bruker AXS will be converted into the right to receive either 0.63 shares of common stock of Bruker Daltonics or, at the election of each Bruker AXS stockholder, consideration designed to be of equivalent value, payable 75% in Bruker Daltonics common stock and 25% in cash. Shares of outstanding common stock of Bruker Daltonics are not being changed in the merger.
The combined company, expected to be named Bruker BioSciences Corporation, will offer a significantly broader technology base and a greatly increased distribution, sales and service infrastructure, while retaining the entrepreneurial spirit and impressive growth of the two individual companies. With pro forma 2002 revenues of $220 million, and expected 2003 revenues between $250-260 million, the fast-growing combined company will increase its critical mass competitively, and will improve its worldwide geographical distribution coverage in the Americas, Europe and Asia. In addition, the combined company will benefit from a more diversified customer base of pharmaceutical, diagnostic and biotech companies, as well as other industrial, academic, medical school and governmental customers.
In particular, the combined company will have a broad range of mass spectrometry and x-ray analysis technology platforms to provide a unique combination of complementary systems for proteomics. Bruker Daltonics' Proteineer(TM) suite of mass spectrometry-based protein analysis systems is used in expression proteomics studies, including protein identification, de novo sequencing, as well as the detection and localization of post-translational modifications. It is complemented by Bruker AXS' X8(TM) series of x-ray crystallography systems for structural proteomics, which can give detailed three-dimensional structural information on proteins and on how proteins bind to other proteins, to DNA, or to small molecules (e.g. drug molecules). The combined product offerings also support many other applications in the life sciences, in advanced materials research, in industrial analysis, as well as in chemical and biological detection for defense and homeland security.
Frank Laukien, Ph.D., President and CEO of Bruker Daltonics, stated: "We believe that merging the two affiliated companies enhances our critical mass competitively and takes full advantage of the complementary nature of our technologies and product lines in the attractive proteomics market. After the merger, we expect incremental sales from a broader product offering and our combined marketing and distribution capabilities. Together with certain expense synergies, we expect this merger to accelerate our already fast-growing operating profitability."
Dr. Martin Haase, President and CEO of Bruker AXS, commented: "We are excited about this merger, as it allows the combined company to fully leverage its unique competitive advantages, its complementary technologies, as well as its much larger combined international distribution, sales and service organization. At the same time, we will retain the dynamic entrepreneurial drive of the two operating companies, which have both been among the fastest growing companies in the industry. We intend to maintain this organic growth momentum, while potentially complementing our top- and bottom-line growth with selected acquisitions."
Laura Francis, CFO of Bruker AXS, added: "Financially, we believe that we can drive incremental sales while at the same time leveraging certain expenses. Both will contribute to the expected continued growth of our combined operating profitability. In addition, for some time investors and research analysts have been encouraging a merger of the two public Bruker companies to attain greater scale and more liquidity for the capital markets."
DEAL STRUCTURE AND SCHEDULE
Under the agreement, Bruker AXS will merge into Bruker Daltonics. After the closing of the transaction, Bruker Daltonics expects to change its name to Bruker BioSciences Corporation. The exchange ratio of 0.63 reflects a premium of 27% to the average ratio implied by the closing stock prices for Bruker Daltonics and Bruker AXS for the last month. Based on Bruker Daltonics' closing stock price of $2.95 on April 4, 2003, the transaction implies a value of $1.86 per Bruker AXS share, or a deal value of approximately $103.6 million on a fully-diluted basis. The transaction is expected to qualify as a tax-free reorganization in the United States with respect to the stock consideration.
The principal stockholders of both companies, holding in excess of 50% of the outstanding common stock of each company, have committed to vote in favor of the transaction. The Special Committee of the Board of Directors of Bruker Daltonics has received an opinion from its financial advisor, Bear Stearns & Co. Inc., that the merger consideration is fair, from a financial point of view, to Bruker Daltonics and its minority stockholders. Likewise, the Special Committee of the Board of Directors of Bruker AXS has received an opinion from its financial advisor, JP Morgan, that the merger consideration is fair, from a financial point of view, to the minority stockholders of Bruker AXS.
The merger is structured so that Bruker BioSciences Corporation will be a NASDAQ-listed parent company, presumably under the new ticker symbol BRKR. The two operating subsidiaries of Bruker BioSciences will be Bruker Daltonics Inc. and Bruker AXS Inc., each to be run by their present management teams as strong, relatively independent operating companies.
The parent company, Bruker BioSciences Corporation, will be led by Frank Laukien as President and CEO, Martin Haase as Senior Vice President and Laura Francis as Chief Financial Officer. The ten member board of directors of Bruker BioSciences Corporation will be comprised of board members from both Bruker Daltonics and Bruker AXS.
The transaction is subject to customary regulatory approvals and the approval of the stockholders of both Bruker Daltonics and Bruker AXS. The merger is expected to close during the summer of 2003.
ADDITIONAL INFORMATION AND WHERE TO FIND IT
THE TRANSACTIONS DESCRIBED IN THIS ANNOUNCEMENT HAVE NOT YET BEEN CONSUMMATED. AS SOON AS POSSIBLE, THE COMPANIES WILL FILE A JOINT PROXY STATEMENT/PROSPECTUS AND A REGISTRATION STATEMENT ON FORM S-4 WITH THE SEC. INVESTORS SHOULD READ EACH OF THESE DOCUMENTS WHEN THEY BECOME AVAILABLE BECAUSE THEY WILL CONTAIN IMPORTANT INFORMATION ABOUT THE PROPOSED TRANSACTIONS. INTERESTED PERSONS CAN OBTAIN THE REGISTRATION STATEMENT AND OTHER DOCUMENTS FOR FREE WHEN THEY ARE FILED ON THE SEC'S WEB SITE AT http://www.sec.gov. IF INTERESTED PARTIES WRITE OR CALL EITHER COMPANY, THE COMPANY WILL SEND THESE DOCUMENTS FOR FREE WHEN THEY ARE AVAILABLE.
CONFERENCE CALL

ABOUT BRUKER DALTONICS
Bruker Daltonics is a leading developer and provider of innovative life science tools based on mass spectrometry. Its substantial investment in research and development allows it to design, manufacture and market a broad array of products intended to meet the rapidly growing needs of a diverse customer base, including pharmaceutical companies, biotechnology companies, proteomics companies, molecular diagnostics companies, academic institutions and government agencies. Bruker Daltonics has diverse technology platforms which integrate automated sample preparation and clean-up, advanced front-end AnchorChip MALDI targets and API source technology with cutting-edge proprietary MALDI-TOF, MALDI-TOF/TOF, ESI-(Q-q-)TOF, ion trap and (Q-q-)FTMS mass analyzers, as well as analysis and bioinformatics software. Bruker Daltonics is also a worldwide leader in supplying mass spectrometry-based systems for substance detection and pathogen identification in security and defense applications. For more information about Bruker Daltonics, please visit www.bdal.com

15.04.03

Bruker AXS launches a new Microfocus Rotating Anode Generator for Structural Biology, the MICROSTAR. This new source delivers a small but very bright X-ray spot, providing great benefit to the Structural Biology applications.

15.05.03

Net sales for the three months ended March 31, 2003 increased 22% to $29.0 million, compared to $23.8 million for the three months ended March 31, 2002. After elimination of favourable currency effects, revenue growth was 6%. Gross margins for the quarter continued to improve, increasing to 40.3%, compared to 38.3% for the first quarter of 2002.
Cash and cash equivalents totaled $48.6 million as of March 31, 2003. During the first quarter 2003, the Company paid off total debt of approximately $1.7 million.
Strong sales of X-ray fluorescence systems, including the S4 Pioneer, and improved after-market sales were the drivers of growth, although $3.6 million of positive currency affects and $1.6 million of revenues from last year’s acquisition of MAC Science Ltd aqlso played a significant role.

15.06.03

SPECTRO PHOENIX

In 2003, SPECTRO presented the new 200T successor SPECTRO PHOENIX to the public for the first time. The SPECTRO PHOENIX now has a larger chamber for the sample material, comes with a network interface, and is even more robust than its predecessor. The system was also updated with reference to the newest analysis guidelines and is suitable for a wide range of applications.
Since its introduction to the market in 1991, the SPECTRO 200 / 200T has maintained its claim to the top of the market segment for compact bench top X-ray fluorescence analysis instruments. So that it stays there, the SPECTRO developers went to work. The result: a new instrument and a fitting new name.
The product brochure is available at our intranet website.

15.06.03

TOPAS V2.1 is a major update to V2.0 including numerous improvements within the graphical user interface such as modelling of observed line profile shapes, display of scan data and refinement results as well as output of refinement results on printer or into files. Most important new features include the Double-Voigt Approach for crystallite size and strain analysis as well as powerful functions for structure determination.

10.07.03

Bruker Daltonics and Bruker AXS Announce Closing of Merger
"Today Bruker Daltonics and Bruker AXS come together as operating companies of Bruker BioSciences," said Frank H. Laukien, Ph.D., Chairman, President and Chief Executive Officer of Bruker BioSciences. "We are excited about the opportunity to combine forces with Bruker AXS and strengthen our presence in the marketplace, particularly in proteomics." ( life sciences industry). The stock deal is worth $103.6 million
In connection with the merger, Bruker BioSciences has formed two operating subsidiaries, Bruker AXS Inc. and Bruker Daltonics Inc., into which it has transferred substantially all of the assets and liabilities, except cash, which formerly belonged to Bruker AXS and Bruker Daltonics, respectively.
As a result of the merger, Bruker BioSciences expects to offer a significantly broader technology base and product portfolio, as well as an increased global distribution, sales and service infrastructure, while retaining the entrepreneurial spirit and impressive growth of the two individual companies. Bruker BioSciences will have a more diversified customer base including pharmaceutical, diagnostics, biotech and other industrial companies, as well as other academic, medical school and governmental customers. "
Combined, the companies expect revenue of between $250 million and $260 million for 2003.
Its new name and Nasdaq symbol, BRKR will start trading on July 2

15.07.03

SPECTRO X-LAB 2000:
Setting the benchmark for high sensitivity energy dispersive X- ray fluorescence analysis (EDXRF)

Kleve, Germany -- July, 2003
Instrument design
The new SPECTRO X-LABa 2000 is equipped with a 400 W Pd end window X- ray tube. The excitation radiation is optimized using various polarization and secondary targets, the spectral background is reduced by up to an order of magnitude. As detection system a state-of-the-art high resolution Si(Li) semiconductor detector is selected due its excellent sensitivity for low and high energies at the same time. With this it is possible to analyze traces as well as majors in a wide range of applications very precisely. The optimized instrument design is supported by unique integrated software and is accepted as the benchmark for high sensitivity EDXRF.

End window tube
The Pd taget end window tube allows to use the low energy radiation for excitation of the light elements such as Na- Cl.
Polarization
Polarized excitation reduces the background in the spectrum, which is created by scattering the excitation radiation at the sample. In comparison to a standard setup this background is reduced and the reachable detection limits are drastically lower.
Detector
Si(Li) detection systems allow the analysis of low and high energy fluorescence radiation at the same time. The resolution at a level of < 155 eV for Mn Ka is one of the charcteristics of this system. The new detection systems in the X-Lab 2000 show an improved signal-to-shelf and signal-to-tail ratio by a factor of 2-5. This especially is beneficial for the analysis of trace element contents next to high concentration element fluorescence lines.
Applications
The universal X-Lab 2000 especially is used in those applications, where with little sample preparation a large number of elemental concentrations need to be determined. The element range covers all elements from Na- U. The unique data processing algorithms allow an analysis without any further input of sample matrix. For many elements LODs in the range of less than 1 mg/kg are reached.
Typically the instrument is used for environmental samples ( filters, soil, sludges ) as well as in the recycling industry. It also often is used in geological applications as well as in pharmaceuticals’ process control.
Summary
Using polarized excitation radiation together with a Pd target end window tube gives the advantage of a high sensitivity analysis of the element range Na- U in a wide range of matrices. The Si(Li) semiconductor detector with improved characteristics together with the analyzer software fit together to a instrument, which is regarded as the benchmark in high sensitivity EDXRF.
SPECTRO - the global leader in Optical Emission and XRF Spectroscopy, is a multinational company committed to innovation, instrumentation support and service. With more than 500 employees, SPECTRO has shipped over 19,000 instruments to customers throughout the world. SPECTRO is committed to producing advanced products, better and more diverse solutions, and providing an unparalleled support infrastructure.

   
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