Microscopy & Imaging Systems in Bangladesh

Microscopes, objectives and imaging components for teaching, materials inspection and research. Compare optical configuration, sample access and imaging requirements.

21 products from 3 manufacturers: ThorLabs, Hitachi High-Tech, QATM.

Products

• Imaging Microscope Objectives, Air — ThorLabs: Infinity corrected dry objectives from 1X to 100X in plan extended apochromatic, plan apochromatic, plan fluorite, plan achromatic and achromatic designs. They cover the ultraviolet, visible and near infrared for microscopy and beam focusing.
• Microscope Objectives, Water Dipping or Immersion — ThorLabs: Infinity corrected apochromatic and plan fluorite objectives designed for physiology and multiphoton imaging, used either dipped directly into the bath or with a coverslip and water immersion. High numerical apertures are combined with long working distances.
• Reflective Microscope Objectives (LMM Series) — ThorLabs: All-mirror Schwarzschild objectives that image without chromatic aberration across a very wide spectral range. They are used for Fourier transform infrared microscopy, ultrafast pulses and any measurement where glass dispersion cannot be tolerated.
• Cerna Series Modular Microscopy Systems and Components — ThorLabs: A modular upright microscope platform built around a tall vertical rail, so a system can be configured for brightfield, epi-fluorescence, Dodt gradient contrast or DIC. The open design leaves a large working volume around the objective for electrophysiology.
• CM500 Series Cerna Birefringence Imaging Microscopes — ThorLabs: Cerna based microscopes that map stress and strain induced birefringence in a sample, reporting retardance and fast axis azimuth from a set of input polarisation states. Motorised and manual objective arm versions are offered.
• Bergamo III Series Multiphoton Microscopes — ThorLabs: A modular multiphoton imaging platform that moves the microscope to the sample rather than the reverse. Resonant, galvo and spatial light modulator scan paths allow simultaneous readout and optical stimulation of neuron populations.
• Veneto Inverted Microscopes — ThorLabs: A modular inverted microscope platform supporting widefield, confocal and multiphoton imaging from one body. It suits cell biology and live tissue work while keeping the accessory ports and accessible light paths of the upright Thorlabs systems.
• Prelude Functional Imaging Microscope — ThorLabs: A compact fibre coupled two-photon microscope built for functional imaging of GFP, needing no laser alignment. Motorised XYZ travel and manual rotation give access to samples that cannot be presented vertically.
• Mini2P Miniaturized Two-Photon Microscope — ThorLabs: A head-mounted two-photon miniscope for calcium imaging in freely moving animals, based on the published Mini2P design. A microtunable lens gives fast multiplane imaging and detection is on board with a silicon photomultiplier.
• Multiphoton Mesoscope (2p-RAM) — ThorLabs: A random access multiphoton mesoscope that keeps subcellular resolution across a 5 mm by 5 mm field, so activity in several brain regions can be followed at once. A remote focusing mirror shifts the focal plane without moving the objective.
• Ganymede Series SD-OCT Systems — ThorLabs: Spectral domain optical coherence tomography systems at 880 nm, giving real-time cross sectional and volumetric images from backscattered light. They are supplied with a computer and ThorImageOCT software, preconfigured or built to order.
• Telesto Series SD-OCT Systems — ThorLabs: Spectral domain OCT systems at 1300 nm and 1315 nm, chosen when deeper penetration matters more than the finest axial resolution. Base units are offered at four A-scan rates with standard or user-customisable scanners.
• Atria Series SS-OCT Systems — ThorLabs: Swept source OCT systems at 1060 nm built for long range imaging, using a MEMS-VCSEL source. The 60 kHz base unit reaches 20 mm of imaging depth in air, which suits large samples and industrial inspection.
• Vega Series SS-OCT Systems — ThorLabs: Swept source OCT systems at 1300 nm aimed at high speed imaging with deep penetration, using a MEMS-VCSEL source. Two base units trade A-scan rate against imaging depth and sensitivity, and both ship with a computer and the ThorImageOCT software package.
• EDU-OMC1 Optical Microscopy Course Educational Kit — ThorLabs: A full undergraduate course in optical microscopy, in which students build and operate a modular microscope on an open rail. Ten lab units cover image formation, resolution, aberrations, contrast methods and fluorescence.
• EDU-AFM1 Educational Atomic Force Microscope — ThorLabs: A build-it-yourself atomic force microscope for teaching laboratories, imaging in constant height, constant force and lateral force modes. Optical disc samples and a calibration microstructure are supplied so students can compare known surfaces.
• 3D Visualization Software Hitachi map 3D — Hitachi High-Tech: Hitachi map 3D builds a three dimensional model from the four signals of the segmented backscattered electron detector, with no sample tilting and no manual collection of consecutive images. It measures height, area, volume and ISO compliant surface roughness, and produces reports.
• Automated Material Identification and Classification System (AMICS) — Hitachi High-Tech: AMICS automates mineral and material phase classification on Hitachi SEM platforms. It runs large area mapping and places energy dispersive spectrometry points automatically, then classifies the spectra to produce quantified mineral or material maps for mining and materials work.
• Multifunctional Probe Microscopy Platform AFM100 series — Hitachi High-Tech: The AFM100 Series is the Hitachi probe microscopy platform, made up of the AFM100 and AFM100 Plus. It covers contact, dynamic force, phase, friction and sampling intelligent scan modes, and can operate in air, in liquid and at raised temperature.
• Atomic Force Microscope AFM5500MII — Hitachi High-Tech: The AFM5500MII is an atomic force microscope with a fully addressable 100 mm stage, aimed at medium sized samples. Automated stage addressing and cantilever exchange support unattended measurement and correlation of the same location between AFM and SEM.
• Qeye 200 / Qeye 800: Optical Analyser and Inverse Macroscope — QATM: Inverse macroscopes for visual quality control of weld seams, solder joints and components, working directly on the macro section. The Qeye 200 has the finer field of view for laser welds and electronic assemblies; the Qeye 800 covers the larger fields used for macro welds in steel fabrication. Both assess weld shape, penetration depth and defects to DIN EN ISO 5817.

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