Optical Microscope in Thane (ऑप्टिकल माइक्रोस्कोप, ठाणे)

Clinical and laboratory microscopes featuring LED illumination*, providing stress-free operation for routine use To meet the demands of clinical laboratory specialists and researchers, Nikon has reviewed all aspects of microscope usability to develop the ECLIPSE Ci series of microscopes, which combines superior functionality with operational ease. The Ci is designed to ensure natural posture while viewing images, sample changing and capturing images. Bright, eco-friendly LED illumination reduces the need for frequent lamp replacement*. A variety of accessories are available that support various imaging techniques.

Student projection microscope :- having built in microscope lamp, 10x objective focusable by rack and pinion with projection hood 4 dia. Complete in carrying case school quality. Student projection microscope :- same as above but superior quality supplied in wooden box. Student projection microscope :- with built in transformer and lamp 6 dia projection hood. Coarse and fine motion two objectives 10x and 45x, mechanical stage for side manipulation, complete in attachi case supplied with two eye piece 10x & 15x.Student projection microscope :- same as above but of very superior quality, heavy body & a grade optics are used supplied in wooden case.

Model :- SGE-75FM Stage - Double Max Flow - 75 LPM Max Pressure - 60 PSIG Vacuum Available- 28 InHg Amb Temp - 55 Deg C Cuurent - 0.8 Amp Speed - 1440 RPM Motor - 1/4 Voltage - 230 Volt

Compact Raman confocal microscopes-spectrometers of Confotec MR series models Confotec MR350, Confotec MR520 and Confotec MR750 are intended for micro spectroscopic measurements with the high-end system capabilities. All models of the Confotec MR series microscopes have a rigid design that does not require adjustments and have both high sensitivity and high spatial resolution.

The Inverse Time resolved Fluorescence Microscope is the only commercial instrument that provides single molecule sensitivity and extremely high temporal resolution combined with outstanding capabilities and ease-of-use. It allows numerous measurement and analysis modes and is established as a versatile tool for current research and analysis topics. Due to its extremely flexible measurement principle, numerous measurement and analysis methods are possible to support this diverse range of applications. The most prominent examples are: Fluorescence Lifetime Imaging (FLIM) to discriminate between spectrally similar fluorophores to determine local environment changes to analyse ion concentrations Fluorescence Correlation Spectroscopy (FCS) to observe molecular movement, aggregation, association, dissociation and conformational changes to measure low concentrations to study intracellular dynamics to determine the stoichiometry of complexes F rster Resonance Energy Transfer (FRET) to measure intermolecular distances to observe molecular interactions to see conformational changes Fluorescence Lifetime Measurements to study local environment parameters like viscosity or stiffness to discriminate from autofluorescence as a quality control criterion to determine the number of compounds (species) to study photophysics on the single molecule level Fluorescence Anisotropy to study molecular movement, mobility and symmetry to follow conformational changes of molecules to analyse surface topology Fluorescence Intensity Time Traces to observe blinking from single particles to identify and analyse individual photon bursts to assess molecular brightness and stability

3D Laser Scanning Microscope Noncontact nanometer-level, high-resolution observation and high-precision measurement system.

FLORON epi-fluorescent microscope system consisting of 250 Watt / 24 Volt. Quartz Halogen Illuminator Fiber Optic cable Fluorescence lens adaptor with filter set (for Acridine Orange Fluorochrome) 60 X Oil immersion Objective Monocular Microscope with Co-axial stage Capillary Holder Spare Illuminator lamp Micro Centrifuge with capillary rotor head. FLORON epi-fluorescent microscope system is also available without microscope and centrifuge. Binocular microscope is available upon request

Phase Contrast Microscope

Trinocular Polarizing Microscope

Alco compound microscope

HSML 6bulb

Historians credit the invention of the compound microscope to the dutch spectacle maker, zacharias janssen, around the year 1590.

Compound Microscope

Polpit

Monoskop torque

Compound Microscope

Light microscopes from leica meet the highest demands whatever the application from routine laboratory work to the research of multi-dimensional dynamic processes in living cells.