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Products 2008 p1:

• Low-cost, high-performance in vivo imaging system from CRi
  The Maestro EX In Vivo Imaging System from Cambridge Research & Instrumentation, Inc. (CRi; Woburn, MA) aims to be the entry-level instrument of choice for in vivo fluorescence imaging. Based on CRi's FLEX solid-state tunable optics technology, it promises both broad- and narrow-band spectral imaging at the click of a button. You can select high optical throughput for speed or increased spectral resolution for enhanced separation of similar fluorescent labels.
• High-power 1470 nm lasers from Modulight
  A member of Modulight's (Tampere, Finland) RangerLase product family, the high-power 1470 nm laser is available with single-emitter as well as industry-standard 19-emitter bar options. The product code for the single-emitter is ML1802 and for the 19-emitter bar ML1789. The 1470 nm-emitting lasers are targeted to medical applications such as vein surgery.
• Mini UV viewer for high-contrast fluorescence analysis by Spectronics
  Spectronics' (Westbury, NY) compact, lightweight Spectroline CM-10MP mini UV viewing workstation is designed for life science applications requiring high-contrast fluorescence analysis: DNA and RNA analysis, protein gel analysis, spectroscopy, and thin-layer chromatography (TLC). Weighing 4 lbs. (1.8 kg), it measures 8.75W x 10L x 4.5H inches (22.2W x 25.4L x 11.4H cm) to fit easily in cramped areas.
• Electromagnetic deformable mirror for retinal imaging and vision science
  Imagine Eyes' (Orsay, France) mirao 52-e Electromagnetic Deformable Mirror follows the success of the award-winning mirao 52-d, and offers several important new hardware and software features that promise to make it easier to integrate and use the device. The new version will "significantly enhance visualization performance in retinal and other bioimaging applications," said longtime mirao user Pr. Wolfgang Drexler.
• Multiple beam computer-controlled optical tweezer system from Elliot Scientific
  Elliot Scientific's flagship E3400 optical tweezer system was designed for multiple beam particle trapping and nanoscale-manipulation experiments. Beam control is provided by high speed acousto-optic deflectors driven by a computer controlled module. The software allows for the creation and independent manipulation of multiple optical traps anywhere within the field of view in X and Y directions.
• Single-spot optical tweezer system from Elliot Scientific
  Elliot Scientific's E3300 optical tweezer is a single spot system designed for trapping and manipulation of micron-size particles. It comprises an optical module -- containing the laser, beam steering optics and the microscope interface -- which attaches to the microscope either through an additional unit, such as an epi-fluorescence attachment, or a camera port.
• Cell biology tool from JPK measures live-cell interaction
  With CellHesion200, JPK Instruments has created an integrated system for measuring cellular elasticity and adhesion, including live cell-cell and cell-substrate interactions. CellHesion provides quantitative and reliably reproducible measurements of the adhesive and stiffness characteristics of living cells. The single cell force testing system promises precise information about single molecule behavior.
• StellarNet spectrometers measure 190-1150nm
  StellarNet's BLUE-Wave Spectrometers measure in the UV-VIS-NIR wavelength ranges from 190-1150nm. Fifteen different models provide configurations for a variety of spectral ranges and resolutions with dispersive optics imaging to a 2048 element CCD detector array.
• Fiber optic cold light source from Schott
  The KL 200 LED Series cold light engine from Schott's Fiber Optics Division (San Francisco, CA) provides an LED light engine that is brighter than a 20 watt halogen bulb, while using 80 percent less energy. It offers a brighter, neutral 5300 K white light; continuous dimming (0-100) and a separate on/off switch.
• Stereo microscopy lamp from Schott
  The EasyLED Ringlight Plus stereo microscopy lamp from Schott's Fiber Optics Division (San Francisco, CA), a low energy consuming solution, contains 48 high brightness neutral white (5,600 K) LEDs and features an innovative "jog dial" wheel for convenient and intuitive operation. It comes with an integrated controller and can be mounted directly to the microscope.

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