Optik Elektronik Gerätetechnik GmbH
OEG GmbH develops and produces iamge processing based optical measuring instruments for industry and research.
- 49 (0)335 5213894
- 49 (0)335 5213896
- info@oeggmbh.com
- Wildbahn 8i
Frankfurt (Oder), D-15236
Germany
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Product
Cylindrical Lens Measuring Device
ZLM
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Optik Elektronik Gerätetechnik GmbH
ZLM is a computer-aided measuring device for geometric parameters of cylindrical lenses, which is used for series production.
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Product
Measuring Systems For Beverage Can Manufacture
Cross Hatch Machine
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Optik Elektronik Gerätetechnik GmbH
Uniform crosshatch pattern on a punch, specific for the beverage can industry.
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Product
Measurement Of Straightness, Flatness, Positioning Uncertainty Of Round Tables
RTM - Measurement Of Positioning Uncertainty Of Indexing Tables
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Optik Elektronik Gerätetechnik GmbH
RTM is a software for the measurement of positioning uncertainty of indexing tables using an electronic autocollimator and a polygon mirror as angle reference.
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Product
Measuring Systems For Night Vision Systems
MTF Test Bench For Image Intensifier Tubes (IIT) And Night Vision Devices (NVD)
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Optik Elektronik Gerätetechnik GmbH
The MTF MASTER NVD was specially designed to measure the MTF of Night Vision Devices (NVD) and of Image Intensifier Tubes (IIT).
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Product
Meters For Contact Angle And Surface Tension
Contact Angle Standard
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Optik Elektronik Gerätetechnik GmbH
The contact angle standard is a glass plate with images, representing sessile drops with different contact angles. The contact angle standard is manufactured by a high accurate lithographic process, so the images itself are very accurate according the given CAD-data. The Glass plate is placed on the measuring table instead of a real drop. The proof of the reproducibility of the contact angle measurement is performed by a repeated measurement of the object (sessile drop). For a correct test, the measurement must be performed, using the live video (not a frozen image). For a real sessile drop exists the problem, that it evaporates permanently. The result of the permanent evaporation is the permanent change of the contact angle. Therefore, the proof of the reproducibility of the contact angle measurement is not possible, using a real liquid, since the object changes permanently the contact angle!
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Product
Measuring Systems For Beverage Can Manufacture
RING & PUNCH INSPECTOR
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Optik Elektronik Gerätetechnik GmbH
The RING & PUNCH NSPECTOR provides fatigue free and detailed inspection of the inside surface of each kind of ironing die and the outside surface of punches, used in beverage can manufacture.
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Product
Optics Test Equipment
Software For Autocollimators And Test Telescopes
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Optik Elektronik Gerätetechnik GmbH
Small investment - big improvement in measurement accuracy! The CROSSDETECT software is used to retrofit existing autocollimators of all types that are already equipped or can be equipped with a camera. The use of camera and software ensures that the measurement accuracy is increased by a factor of approx. 10 compared to visual measurements! The software can also be supplied complete with an autocollimator.
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Product
Measurement Of Straightness, Flatness, Positioning Uncertainty Of Round Tables >
ELCOWIN - Software For 2D-straightness Measurement With Electronic Autocollimators
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Optik Elektronik Gerätetechnik GmbH
The software ELCOWIN serves for the measurement of straightness, squareness, parallelism of slides and flatness of precision tables by the autocollimation principle. ELCOWIN can be used in connection with electronic autocollimators of the ELCOMAT series from Moeller-Wedel-Optical.
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Product
Meters For Contact Angle And Surface Tension
SURFTENS AUTOMATIC
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Optik Elektronik Gerätetechnik GmbH
Automatic measuring instrument for contact angle and free surface energy with motorized pump, automatic drop placement and motorized specimen table (200 x 200) mm.
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Product
*Interferometer Fringe Analysis Software
IFA
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Optik Elektronik Gerätetechnik GmbH
IFA serves for the analysis of open interference fringes of interferograms. The system was developed as alternative of difficult and complicated solutions and is ideally suited for the employment in practice. IFA is a low-cost and easy to handle software, which includes all of the mostly used functions of data evaluation.
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Product
Measuring Devices For Drawing Rings And Dies For 2-piece Can Production
OEM GmbH supplies Ringmaster No. 100 to Wallram Group
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Optik Elektronik Gerätetechnik GmbH
In 2021, OEG GmbH celebrates its 30th anniversary and the delivery of the 100th Ringmaster to the Wallram Group. Read an interesting report about this.
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Product
Cylindrical Lens Measuring System
CLM
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Optik Elektronik Gerätetechnik GmbH
CLM is a measuring system for geometrical parameters of cylindrical lenses for use in serial production.
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Product
Measuring Microscopes, Image Processing
COMEF
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Optik Elektronik Gerätetechnik GmbH
Image processing system.
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Product
Measuring Microscopes, Image Processing + Semiconductor Technology, Micro Scriber
Line Width Measurement
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Optik Elektronik Gerätetechnik GmbH
COMEF is an image processing software with special functions for the highly accurate measurement of line width and line distance. Using grey value algorithms, the width and distance of conductor lines or structures on silicon wafers can be measured with subpixel accuracy.
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Product
Flatness, Bow, Warp, Curvature, Glass Thickness
1D-glass Thickness Profile Measuring Instrument GPM2
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Optik Elektronik Gerätetechnik GmbH
Highly accurate automatic measurement of glass thickness distributions. The glass thickness profiler GPM has the function to execute a fast and precise determination of the thickness profile of flat glass samples or another transparent material with a thickness range from 30µm to 700µm (option with sensor type 1) and width to 1200mm. The measuring point distance of the profile measurement can be varied over a micro-step-controlled positioning steering between 0.1mm and 1mm. The measured value accommodation for a scanning point takes place with the help of a special hardware module for image processing algorithms within 40 ms. The entire measuring time for a sample results thus as product from the sample width which has to be measured, the measuring point distance and the measuring time per measuring point.
