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VMM-S/D series Non-contact Vision Measuring System are one of the best developed products in Carmar's scope of supply. Providing customers with precise, cost effective and high quality products are our business philosophy. Video Measuring System can satisfy all kinds of two dimensional measurements with M2D software.
Features:
1. High accuracy with fixed working table and granite pedestal;
2. Supplied with RS-232 interface and working with professional M2D measuring software:.
3. High resolution Sony 1/2" color CCD camera and U.S. made NAVITAR zoom lens;
4. The user can manage and output the graph by connecting with PC and running the M2D program.
5. One-click edge detection. |
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Kestrel is the first non-contact measuring system to combine quality control laboratory accuracy, repeatability and optical quality, with in-line speed and ease of use in one low investment system.
Kestrel utilises Vision Engineering's patented optical projection technology to give a high resolution, high contrast view of parts to be measured. In comparison to profile projectors/shadowgraphs or video-based systems, the Kestrel's high performance pure optical system gives crisp and colour true views of intricate parts of optically difficult colour and texture (metals, plastics, ceramics). |
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| State of the art video microscope system for Visual Inspection, Digital Image Recording, Non-contact Dimensional Measurement, Documentation & Reporting of any object in any location. |
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- Ultra-High-Performance Closed-Loop Scanner for AFM/SPM
- Compact Manipulation Tool for Nanotechnology
- Resonant Frequency 9.8 kHz
- Ultra-High-Precision Capacitive Feedback
- Parallel-Motion Metrology for Highest Linearity and Stability
- 50 Picometers Resolution
- 5 x 5 x 5 µm Travel Range
- Very Small Package
- Rugged Piezo Stage design provides highest precision and lifetime.
Ultra-High-Performance Piezo Stage Scanner/Manipulator for Nanotechnology
The P-363 PicoCube® XY/XYZ is an ultra-high-performance closed-loop piezo scanning system. Designed for AFM, SPM and nanomanipulation applications, it combines an ultra-low inertia, high-speed XY/XYZ piezo scanner with non-contact, direct-measuring, parallel-metrology capacitive feedback capable of 50 picometers resolution. On top of being extremely precise, the PicoCube® system is also very small and rugged. Measuring only 30 x 30 x 40 mm (30 x 30 x 26 mm for XY version), it is easy to integrate in any scanning apparatus. |
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Carl Zeiss offers a whole camera family in monochrome and color:
The AxioCam HR has a resolution bordering the optical limits with up to 12 Megapixel via Microscanning for your routine and research tasks.
The MR allround-camera is a very economical solution with an adequate resolution for all applications in material analysis.
The AxioCam MRc5 color camera with 5 Megapixel resolution and FireWire-data interface offers quickly generated, high resolution and absolutely color fast images at an excellent price-performance ratio. |
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ProgRes® Microscope camera
ProgRes® microscope camera family offers suitable models for all contrast methods in light microscopy. A ProgRes® microscope camera can easily be integrated into each laboratory via C-Mount and Firewire interfaces.
Exact reproduction of colors and finest details in a digital image are basis for demanding analysis and reliable documentation.
In routine, research or fluorescence: the ProgRes® microscope camera family offers the right camera for each application in light microscopy. |
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Lumenera offers a wide range of cameras based on high performance sensors, providing a variety of unique capabilities to satisfy your imaging applications.
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pco.1300 oem
This versatile high performance 12 bit CCD camera system is specifically designed for OEM applications. The pco.1300 oem has an extraordinary quantum efficiency of up to 65 %. At the heart of the camera is an FPGA processor allowing for sophisticated control and accurate timing of the CCD and associated electronics. In addition, a proprietary offset control algorithm has been developed which provides very high offset stability, regardless of ambient temperature or signal changes ensuring accurate and repeatable quantitative data over long periods of time. The pco.1300 oem’s most unique feature is its flexibility for customization to fit any OEM user application. ROI, binning, cooling, as well as other features of the camera can be selected and optimized to accommodate the user's application. Camera features excellent resolution (1392 x 1040 pixel), 12 bit dynamic range, exposure time 5 µs to 1 hour, internal frame buffer for continuous image capture (64 MB min), excellent low noise of 8 e¯ rms @ 10 MHz, selectable regulated cooling to -30 ºC vs. ambient, standard interface IEEE1394a, optimal offset stability and control (< 1 count). This low light camera system is perfectly suited for many sensitive and low noise imaging applications, such as biochip reading, fluorescence imaging, confocal & light microscopy etc.. |
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sensicam em
The new generation of electron multiplication (emCCD) CCD sensors is integrated into the proven sensicam camera system. With this on-chip multiplication of the light signal the readout noise of the camera can be neglected ( 50). With its excellent resolution of 1004x1002pixel this high performance cooled digital 12 bit CCD camera system is best suited for extremely low light camera applications. The system features thermo-electrical cooling of the image sensor (delta of -45°C vs. ambient temperature) and an outstanding quantum efficiency (up to 65%) achieving a high spectral sensitivity in general and especially in the NIR. Exposure time modes (software selectable) range from 75 µs - 1h. A high speed serial data link connects the system to the PC (fiber optic link available). This low light emCCD camera system is perfectly suited for scientific imaging (e.g. microscopy, bio marker and label imaging) and for night vision applications. |
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AUTO-MONTAGE FOR PERFECTLY FOCUSED 3D IMAGES
World's leading software for achieving in focus images of your 3D samples
Do you have problems getting all of your sample into focus?
Suitable for all applications
Can be used with your existing image capture system
Suitable for Optical and Stereo Microscopes and SEMs
Modular system, allows you to choose your level of automation and functionality
Depth and colour relief maps, to show height details of your sample
Anaglyph images, to view your sample as a 3D image
Flexible image and data reporting
Image enhancement functions, to optimise your image results
Comprehensice 2D and 3D measurement facilities, for increased accuracy
3D Surface Viewer, for dramatic views of your sample
Automatic Z Control, collect large numbers of images very quickly |
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In cell research, particularly in neurophysiology, complex measurement set-ups with fragile glass electrodes, such as those used in the patch clamp method, are gaining a key role for microscopic examination of all kinds of preparations. For example, brain section preparations are observed under an upright-positioned microscope as electrical signals are conveyed. In the experiment, fine glass electrodes are positioned to simulate efferent neurons. While signals are transmitted using these electrodes, the preparation under the microscope may not be moved with respect to the measurement test equipment set-up or the microscope. This means that moving the slide, for example, to position an additional electrode beyond the viewing field, would disconnect the preparation from the electrodes transmitting the signals. In this case, it is necessary to move the entire microscope with respect to the preparation. The microscope must be moved with the same or, ideally, with relatively high accuracy as expected of a conventional microscope X-Y stage used in such applications. The dimensions and load of a microscope that can weigh up to 40 kg pose a special challenge, however.
Available in two versions, the LINOS XY 500 LS X-Y stage overcomes this challenge. The X and Y axes can be moved from the front, from the side or both can be moved from the front. This stage provides a large central hole for using the microscope base port, for example, for a camera in applications that employ an inverse microscope. An attractive option is the customer-specific hole pattern for fastening the particular microscope used – this pattern is available at no extra cost. |
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