New inverted microscope series has Z-axis linear encoder and five output ports for applications requiring 3-D image capture such as confocal microscopy and deconvolution processing
Nikon's top-of-the-range Eclipse TE2000 series inverted microscope is now available.
The new Eclipse TE2000-E, with Z-axis linear encoder and five output ports is the perfect solution for advanced research applications that require 3-D image capture such as confocal microscopy and deconvolution processing.
The linear encoded, motorised focus enables ultra-precise steps in the Z-axis direction.
With accuracy to 0.05 microns, incremental stepping improves the overall image accuracy and reduces time wasted in repeating 3D construction. Multi port design enables optical input and output of light and images, from a wide variety of illumination and detector equipment.
CCTV cameras, high sensitivity detectors, digital still cameras and SLRs can be used in any combination, separately or simultaneously.
Camera mounts can also be selected from C, F, or standard SLR-mounts.
Filters and other accessories can be inserted in the space between the image planes of the left and right hand ports and the microscope body.
Users also have the option of directing 100% of the light to each image port, as required.
The Eclipse TE2000-E takes full advantage of the infinity space provided by Nikon's CFI60 infinity optical system.
The introduction of stage risers allows the utilisation of an extra 80mm of space between the objective and the tube lens, allowing the insertion of optional attachments, such as lasers for total internal reflection microscopy (TIRFM), and optical tweezers, without having to modify the microscope.
New features for fluorescence microscopy include 'Noise Terminator' technology to eliminate stray light in the image path for high contrast and greater signal to noise ratios (ideal for observing weakly fluorescing specimens), a new click-stop turret holding up to six filter cubes, and a zoom lens making it possible to zoom the illumination for higher intensity imaging. The Eclipse TE2000-E's motorised controls enable external control via a PC, and use of a new alloy, M-45, has increased the structural rigidity and thermal stability of Eclipse TE2000 microscopes two-fold over previous models.
This enhanced stability is critical in providing stable, in-focus, non-drifting images in time-lapse imaging - especially overlong periods of time.
As with all Nikon microscopes, ergonomic design is a priority.
With buttons and controls within easy reach of the operator, an inwardly inclined nosepiece, low profile stage, 25deg inclination eyepiece tube, Y-shaped binocular eyepiece tube design, and an optional ergonomic tilting eyepiece tube, easy operation and user comfort are guaranteed.
