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Multiphoton Microscopy

Multiphoton microscopy—also known as nonlinear microscopy—offers a powerful solution for acquiring high-resolution 3D images while minimizing phototoxicity and photobleaching. Its ability to limit excitation to the focal plane makes it particularly effective for imaging thick, live tissue samples with less background interference than conventional confocal methods. Edmund Optics supports the whole beam path in multiphoton microscopy, including tables and laser sources, beam steering, filters, focus objectives, and cameras.

Optical Tables and Breadboards

Optical Tables and Breadboards

Edmund Optics' partner, TMC, provides optical tables that excel in vibration isolation and offer several practical features ideal for biological research environments. These features include retractable casters for easy repositioning within the lab, a proprietary nylon cup structure that prevents water and other liquids from damaging the table, and ample storage space underneath for essential equipment.

Life Science Lasers

Life Science Lasers

Some advanced twin-microscope systems integrate one-photon and multiphoton imaging techniques using continuous wave (CW) visible lasers alongside ultrafast near-infrared lasers. In the Lattice Light Sheet Microscope (LLSM), CW lasers provide a stable source for one-photon excitation, enhancing image contrast and reducing photodamage to sensitive biological specimens. This combination allows for faster imaging speeds and longer observation times while minimizing phototoxicity associated with broader illumination methods.

Low GDD Ultrafast Mirrors

Low GDD Ultrafast Mirrors

Low Group Delay Dispersion (GDD) Ultrafast Mirrors steer and reflect ultrafast beams without adding any temporal dispersion to the laser pulse. Compared to ultrafast silver-coated mirrors, Low GDD Mirrors provide higher reflectance and higher damage thresholds, making them better suited for high-power femtosecond lasers.

Motorized Stages for Life Sciences

Motorized Stages for Life Sciences

Zaber™ Linear Motor XY Microscope Motorized Stages and Nanopositioning System provide an additional range of motion solutions for sample movement and dimensional scanning.

Detectors

Detectors

A photomultiplier tube (PMT), imaging lens and camera, or other detector setup collects the fluorescence emitted from the focal plane, resulting in high-resolution images. 3D images can be generated by scanning through different planes of focus and stitching the images together.

FLIR Forge 5GigE Power over Ethernet (PoE) Camera - Front

Cameras

Selecting the appropriate microscopy camera involves considering several essential parameters, including resolution, sensor type, pixel size, frame rate, dynamic range, and spectral sensitivity. Different camera features can significantly impact image quality and usability depending on your specific research goals. We offer a wide selection of camera solutions—don’t hesitate to contact our engineers for assistance in finding the best solution for your application.

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