| Materials | LV150N Upright Digital Microscope

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Product Summary

The advanced optics, digital capabilities, and modular design of the Eclipse LV150N Series microscopes allows an unprecedented level of versatility and flexibility that enables them to cover a wide variety of products and applications extending from development and quality control to manufacturing inspection. These microscopes provide superb performance when inspecting semiconductors, flat panel displays, packages, electronics substrates, materials, medical devices, and a variety of other samples.


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Features

Three Models to Choose From

The Eclipse LV150N is the standard model of the line, the LV150NL offers LED illumination, and the Eclipse LV150NA features a motorized nosepiece. The L150N is ESD safe for the magnetic head industry, while the universal motorized nosepiece and controls make the L150NA the perfect microscope for the semiconductor industry.

Ergonomic Design

All controls are up-front in the microscope base to minimize hand movement and the eyepoint is set at the optimum level to ensure comfortable observation. A refocusing mechanism also prevents the objective from hitting the sample.

Tilting Trinocular Eyepiece Tube

The Tilting Trinocular Eyepiece Tube offers comfort to all users regardless of their stature or viewing position and has an optical path changeover of 100:0/20:80 for simultaneous use with a monitor or Digital Camera System. A non-tilting trinocular and binocular eyepiece tube are also available.

Column Riser

For thicker samples, a 35mm column riser can be added to the microscopes main body providing a total sample height clearance of 82mm.

Dia Base Unit for Diascopic Illumination

The LV DIA Dia Base is available for diascopic illumination suitable for OEM applications. A UN2 transformer is used for the power supply.

Universal Epi-Illuminators for Reflected Light

Choice of brightfield, darkfield, simple polarizing and DIC illumination or complex illumination techniques requiring epi-fluorescence UV excitation or UV polarizing. Illumination is achieved via a precentered 12V/50W lamphouse with output brightness equal to or higher than its predecessor 12V/100W lamphouse.

CFI LU Plan Fluor and Plan Fluor BD Series Optics

In addition to the longer working distance and higher numeric apertures common to Nikon's CFI60 optics, the transmission rate in the UV wavelength range has been improved with the new CFI LU Plan Fluor Series objectives. The CFI LU Plan Fluor BD Series objectives offer both an improved UV transmission rate and brightfield/darkfield application observation.

CFI L Plan EPI CR Series Optics

In addition to the longer working distance and higher numeric apertures common to Nikon's CFI60 optics, cover glass corrections can be made from 0mm up to 1.2mm with the 20x or 50x objectives and from 0mm up to 0.7mm or 0.6mm up to 1.3mm with the 100x objective.

Modular Design

The modularity of the microscope provides the ability to design configurations suitable for individual application requirements by offering choices in the stage size (including Non-Nikon stages), epi-illumination systems including BF/DF and fluorescence, optical performance including improved UV transmission and cover glass correction, motorized or non-motorized nosepieces, and binocular, trinocular, or tilting trinocular eyepiece tubes.

Non-Nikon Stage Accommodation

Use of non-Nikon stages such as the Suruga Seiki B23-60CR, in combination with the LV-Sub substage 2, accommodates sample thicknesses up to 116.5mm.

Extensive Range of Stages

Both a 3x2 stage and a 6x4 stage come with glass inserts making them both suitable for either Episcopic or Diascopic illumination techniques. The 3x2 stage can also accommodate an ESD plate or slide-glass holder. For larger sample sizes, a 6x6 stage is available. The 6x6 stage can also accommodate an ESD plate or Wafer Holder.

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