Microscopy Products

  1. High-Speed Piezo-Z Optical-Axis Objective Positioner/Scanner For Microscopy And Metrology 1/28/2016

    PI (Physik Instrumente) offers the P-725 high-speed Piezo-Z optical-axis objective positioners designed to deliver higher performance and lower costs for microscopy, metrology, 3D imaging, screening, autofocus systems, surface analysis, and wafer inspection applications. The systems feature travel ranges up to 460 µm, and are composed of a PIFOC® high performance fast piezo focus devices, a compact digital servo controller, a comprehensive software package, and a QuickLock adapter for easy attachment.

  2. MiniLite Lasers 7/15/2015

    The MiniLite series features 5 models of narrowband lasers designed for different wavelength regions to enhance analytical Raman spectroscopy and test and measurement capabilities. Features include a solid state light source and an operating temperature range covering -5 to +55°C.

  3. Scientific CMOS Camera: Orca-Flash 2.8 5/12/2015

    Hamamatsu's Scientific CMOS Camera: ORCA-Flash 2.8 is a high-sensitivity digital camera based on their scientific CMOS image sensor, FL-280, that offers 2X the pixels, 4X the speed, and 1/2 the noise — all at a lower price than standard interline CCD chips. The Orca-Flash 2.8 has the ability to deliver high resolution, high readout speed, and low noise all at an affordable price making it the scientific camera of choice for applications including life sciences, microscopy, semiconductor inspection, industrial imaging and x-ray scintillator readout.

  4. sCMOS Cameras for OEM 5/12/2015

    These new OEM cameras from Hamamatsu feature an advanced scientific CMOS (sCMOS) image sensor capable of high resolution, fast frame rates, and low noise simultaneously. With their small size, board-level design, and simple, low-cost integration, these OEM cameras are ideal for imaging in life science, failure analysis, and semiconductor inspection.

  5. EMCCD Camera for Extremely Low-Light Conditions: ImagEM®X2 3/9/2015

    The ImagEM®X2 takes Hamamatsu’s 512 x 512 EM-CCD sensor-based camera and offers a version with four times the imaging area (without sacrificing resolution) for imaging applications with fewer than 10 photons per pixel. Its high-speed readout of 70 FPS at full resolution and 1076 FPS at sub-array 16 pixel resolution with 4x4 binning make it well-suited for capturing single images of larger molecules like proteins.

  6. Digital Encoder Galvano Scanner: GM-1000 Series 2/25/2015

    The GM-1000 series of digital encoder galvano scanners is comprised of four different models with variations in beam diameter, scan angles, small step response, and resolution. Each model has a compact physical profile, super low thermal drift, and extreme high resolution, precision, and accuracy.

  7. 145 klps InGaAs Linescan Camera: 2048R 1/27/2015

    The 2048R SWIR InGaAs linescan camera’s high resolution, stability, and reliability make it ideal for Optical Coherence Tomography (OCT) applications studying blood flow or large tissue volumes at 1.04, 1.32, and 1.55 µm, high-resolution spectroscopy of transient spectra from .940 to 1680 nm, and SWIR machine vision of ultrafast moving objects.

  8. Design and Development of Advanced Optical Applications 8/27/2014

    Precision Optics Corporation, or POC, was formed over 30 years ago with the purpose of designing, developing, and realizing advanced optical applications and for volume production of specialized medical optical systems.

  9. Fluorescence Filters 8/7/2014

    Iridian offers excitation, dichroic, and emission fluorescence spectroscopy filters for confocal microscopy, flow cytometry, and other biomedical applications. These dichroic (FLD) and emission (FLE) filters deliver more signals with less background noise, and are compatible with common excitation sources and fluorophores. They also feature high transmission and reflection levels, low ripple, steep edges, and deep blocking outside of the pass band.

  10. StellarSCOPE™: System for Microscopy 5/28/2014

    StellarNet’s StellarSCOPETM system combines an Olympus microscope, a 1.3 megapixel CMOS camera, an optical switch, and a spectrometer to allow its users to measure Raman, fluorescence, and color analysis on a micro spot.