Liquid Crystal Displays
With the slim design and small footprint, flat panel liquid crystal displays are fast-becoming the format of choice for televisions and monitors on computer workstations.
However, manufacturing LCDs is a complex process, involving numerous deposition stages to lay down the active substrates and the color filters on front and rear glass plates. In most cases, 4-6 displays are produced on the same glass plate.
The ability to detect even the slightest flaw in the plate or in the deposited layers is vital in the quality control of LCDs and in ensuring trouble-free operation.
Microscopy is a key tool in the examination of LCD screens as techniques such as brightfield, differential interference contrast and interferometry provide the means to produce the high contrast images needed to spot small imperfections in the deposition layers, detect minute scratches on the glass screens and check the integrity of color filters.
Digital imaging technology enables record keeping and creates an audit trail for QC purposes.
Mid-sized stage model engineered for high speed measurements (650x550mm stage).
The standard model of the NEXIV series (300x200mm stage).
1000x800mm stage stroke model geared for large-size workpieces.
Ideal for measuring micro-dimensional 2D and 3D workpieces such as FPD devices.
A manual, nosepiece type microscope which meets the various needs of observation, inspection, research and analysis across a wide range of industrial fields.
300mm wafer and mask inspection microscope systems for reflected light defect identification.
Powerful and easy-to-use measuring and inspection software platform for Nikon NEXIV vision systems.