optimum General Stress Optics can help you build a custom solution to your experimental mechanics needs. Our key technology is suitable for a variety of configurations and environments. Our technology is proven in outdoor environments as well as high-speed indusrial applications.
microscopy First we have to mark the center of the primary. A very good way is to use notebook reinforcing rings. These look like flat white donuts with sticky adhesive on one side. Find the physical center of the primary using a piece of cardboard cut to the diameter of the mirror with a pinhole in the precise center. Make a mark on the mirror through the pinhole, then place the notebook reinforcing ring on the mirror, centered on the mark, after removing the cardboard. The primary center should be located accurate to one millimeter or 1/32 inch
New coherent and incoherent sources, high-speed modulators and detectors, deterministic fabrication methods, and powerful computers have created both opportunities and demands for optics in high technology. Today's optical systems are integrated with electronics, mechanics, and image-processing software. Performance-based evaluation methods, such as modulation transfer function analysis, are increasingly used to determine technological tradeoffs
specim The following software have been developed by our collaborators to process the data acquired from ImSpector systems:
dpccorp The basic system uses DMP1500 32-bit dimensional measurement and imaging software. DMP1500 software is very easy-to-use and provides functions for broad applications. Such as measurement, inspection, comparison, annotation, image capture and documentation. Optional DMP-3000 software is designed for video manual measuring system with edge detection and part programming. It provides full video CMM measuring capability and is easy-to-learn. The stage mapping capability greatly improves the system measurement accuracy. The software also provides broad imaging functions to have a value added on the system.
machinevisiononline ensuring the accuracy (and traceability) of data. Poor illumination could feasibly affect all three aspects. Operations employing flexible, highly reflective materials have pushed the limits of machine vision technology. Thatís why knowing how to appropriately light the variety of parts in pharmaceutical inspection is crucial to its success http://www.machinevisiononline.org/public/articles/archivedetails.cfm?id=2208