The VisiTIRF Fluorescence Imaging System from Visitron Systems is the ideal solution for the analysis of finest structures or surfaces. The flexibility of the VisiTIRF system and the use of scientific digital CCD camera systems with optimal resolution, speed and sensitivity allows for the adaptation of customized application and configuration. For fluorescence illumination Visitron use solid state lasers or laser diodes . The…
Lambert Instruments' Frequency Domain Fluourescence Lifetime Imaging Microscopy Attachment (LIFA) can be attached to any widefield fluorescence microscope and works in the homodyne frequency domain. It consists of a modulated light source and a modulated image intensifier as detector (i.e. ICCD camera). The system is easy to install (within 1 hour) and to operate and does not require an optical bench with laser. The LIFA syste…
The TIRF technique is a special kind of wide-field fluorescence technique for measuring cellsor SMC in an evanescent field without haze. By total reflection of the exciting light (typicallylaser) at the coverslip / medium interface, the fluorescence excitation is limited to a very thin space in the vicinity of the glass surface. The resulting fluorescence images exhibit extremely high contrast and resolution with the possibili…
VisiView® is a high performance imaging software from Visitron Systems GmbH for BioImaging applications.It is specially designed to meet the needs for high-speed image acquisition and processing with ease of use. Our software controls complex automated microscopes and microscope equipment in combination with multidimensional acquisition and analysis. The multitasking operation supports simultaneous image acquisition and analys…
Key Facts: • Plug & Play laser light source for industry and science • up to 6 wavelengths beam-combined and fiber coupled in one compact housing • >20 different wavelengths between 375nm and 830nm available • Up to two Single-Mode, polarisation maintaining fiber outputs • High-Speed digital and/or analogue modulation • Electronic shutter function for fast wavelength switching • Flexible, customized wavelength combinations • U…
The new pco.edge camera is a breakthrough in scientific imaging cameras, due to its distinctive ability to simultaneously deliver extremely low noise, fast frame rates, wide dynamic range, high quantum efficiency, high resolution and a large field of view-all in one image. In the past emCCD image sensors featuring on-chip amplification were developed to detect the lowest level of light. However, amplification, while reducing r…
The PhoxX® Diode Laser Series is ideal for microscopic imaging applications due to its small and compact design, 18 different wavelengths between 375nm and 830nm, single-mode optical output powers up to 140mW, high-stability CW operation, high-speed digital and/or analogue modulation, electronic shutter function (laser inhibit) with >300kHz full ON/OFF capability, Automatic Aging Compensation (AAC) function, 0.7mm beam diamete…
The LuxX® Diode Laser Series is ideal for microscopic imaging applications due to its small and compact design, 18 different wavelengths between 375nm and 830nm, single-mode optical output powers up to 140mW, high stability CW operation (ACC and APC mode), fast analogue modulation, electronic shutter function (laser inhibit) with >150kHz full ON/OFF capability, Automatic Aging Compensation (AAC) function, USB2.0 and RS-232 int…
The LightHUB(R) Compact Laser Combiner can be equipped with up to four DPSS or diode lasers of different wavelengths in a compact and rugged design. Wavelengths between 375nm and 830nm and optical output powers up to 150mW per laser line are possible. The Compact Laser Combiners can be equipped with polarisation maintaining fibre coupling units to supply the light to applications in biotechnology like confocal microscopy and f…
AA's range of AOTF (acousto-optic tunable filters) are used extensively in confocal microscopy applications. Having pioneered the development of the AOTF in response to the needs of early developers Amos and White, AA offered the first commercially available devices for OEM applications. Photon Lines are still supplying Confocal manufacturers with such devices, and their ruggedness and reliability result in virtually zero retu…
AA's range of AOTF (acousto-optic tunable filters) are used extensively in confocal microscopy applications. Having pioneered the development of the AOTF in response to the needs of early developers Amos and White, AA offered the first commercially available devices for OEM applications. Photon Lines are still supplying Confocal manufacturers with such devices, and their ruggedness and reliability result in virtually zero retu…
The newest addition to the LIFA product line is the LIFA-X. LIFA stands for Lambert Instruments Fluorescence lifetime imaging Attachment. The LIFA-X is for long lifetime imaging microscopy of lifetimes from 0.1 ns up to 1 ms (phosphorescence). The ‘X’ represents the extended range of lifetimes that can be resolved when compared to the LIFA (0.1 ns – 300 ns). The LIFA-X can be used for, e.g., measuring oxygen concentrations usi…
