MICROSCOPY

The ML integrates a tungsten halogen bulb and power supply with a control board that delivers uniquely low-noise output. A series of prealigned bolt-on accessories allow the broadband output to be coupled into a fiber or fiber bundle, homogenized and collimated, directly coupled into a microscope, or integrated with our unique Wavelength Selector devices to create a tunable, monochromatic beam.

By installing this system on the camera mount of an MF series measuring microscope and projecting the focusing chart onto the work piece surface, the focal point can be detected with high-accuracy and high-repeatability. The brightness of the chart can be adjusted. A wide view field observation on the monitor is made possible with the use of a CCD camera (C-mount adapter is included).

The OpenStand® is a fully configurable, motorized optical stand that when combined with optics and accessories creates a complete optical microscope for optogenetics, physiology, electrophysiology, neuroscience, and general imaging applications. The unit has a compact modular design with 100 mm of motorized Z travel and a generic light input for most lightguide compatible illuminators

The ML Plus is a broadband light source that provides 10× higher spatial brightness: delivering up to 7 W of collimated output from a 10 mm diam flexible lightguide. Useful output spans 350 nm to >2500 nm and the low-noise output power is smoothly adjustable from 0% to 100%. Applications: Microscopy, white light interferometry, machine vision, and precision inspection.

Prior Scientific’s PureFocus 850 combines advanced optics and intelligent in-built microprocessing to provide a real time focus system for infinity corrected optical systems. A motorized offset lens allows real-time adjustment of the imaging depth into the sample, continuously holding the precise distance between imaging focal point and a reference boundary of choice.

Mitutoyo’s objectives are known for setting the standard of excellence for long working distance microscope optics. They have achieved the best combination of working distance and optical performance by using a new approach. Making the objectives larger and longer has made the designs easier (95 mm parfocalization length).

This ultrafast varifocal lens will always be in focus, even with height differences, ensuring the highest observation efficiency. TAG Lens provides images across all focal lengths without stress, and at the desired magnification and resolving power.

The 378 Series objectives have a long working distance and an infinity correction optical system. These objectives provide flexible observation at high magnifications and independent correction of chromatic aberration.

Nanopositioning piezo objective scanner. Compatible with most microscopes and objective lenses, the OP400 has user configurable settings optimized for different objective sizes, weights and performance needs.

Compact, affordable and easy to use add-on module to enable easy upgrade of any wide-field microscope to a laser-free spinning disk confocal microscope.