Dedicated tool for aspheric and freeform optics metrology The versatile PLu apex is able to measure any optical surface, from aspheric to flat surfaces, machined and freeform optics, molded optics and even the molds themselves. Its innovative design based on Sensofar’s core technology, confocal metrology allows a non-contact and high-precision measurement. Not limited by the shape of the sample, independent of sample reflectivity, and suitable for circular or rectangular shapes.

EZ0804MV-MH1 EZ0804MV-MH1 is powerful video based 3-axis manual measuring system with microscope head. Motorized Z-axis with auto-focus and measure Z height precisely. 3M CCD digital camera captures rich color and sharp image and it improves the sub-pixel accuracy and throughput. The system uses DMP3000 dimensional measurement and imaging software. The 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.

4 in 1 Technologies Confocal Confocal scanning is a microscopy imaging technique that utilizes an aperture at the confocal plane of the objective. Out-of-focus light is thus prevented from entering the imaging system and only the in-focus plane on the sample is captured. 2D and 3D surface images can be captured by scanning the aperture mechanically or digitally. Interferometry Optical interferometry makes use of the optical path difference between light reflected in the two arms of the interferometer (reference and sample) to yield an spatial interference pattern (interferograms) that contains information on the surface topology of the sample. Various variations of the approach can be used for particular applications. Focus Variation Focus Variation vertically scans either optics (with very low depth-of-field) or the sample to obtain a continuous set of images of the surface. An algorithm determines which points in each frame are in focus, and an entire image is built up using all in-focus points from all frames. Thin film Thin film measurement technique measures the thickness of optically transparent layers quickly, accurately, non-destructively and requires no sample preparation. The profilometer acquires the reflectance spectrum of the sample in the visible range, and is compared with a simulated spectra calculated by the software, with layer thickness modification until the best fit is found. Transparent films from 50 nm to 1.5 μm can be measured in less than one second. Sample evaluation spot diameter is dependent on the objective magnification which can be as low as 0.5 μm and up to 40 μm.

DZ4 E/T Zoom Ratio of 12 : Stepless Magnification Change from 349.8x to 4200x without changing lens (with objective ZC70). It is possible to reach the observation position quickly at low magnification and magnify the image then and there to the maximum. DZ4 can be used with various types of illuminations. It has a wide application. The resolution is so high that a very clear picture is available even when the microscope is used with a large monitor.

THS 20 THS series is a non-contact thickness/height/depth measuring system based on an optical type focal point detection method, incorporating the two microscope optical systems of the top and bottom, with precise focus indicator using index graticule. Thickness can be measured up to 10mm with observing the surface of measuring point. Because of an optical system, operations are simple, and the precise focus indicator (Target Mark) can be seen on a monitor at a just focus condition. THS-20 is an automatic system combining auto focus and pulse stage. X, Y or Z coordinate position, pitch feed, etc. by pulse motor drive are measured in sequential operation. Adopting image processing auto focus, high-reliable repeatability is achieved without individual differences. Also incorporating leading-edge technology, user-friendliness has been improved by Windows’ base user interface. (user-friendliness improved by Windows version)

Outstanding solution for in-line inspection The Q six has been designed as a comprehensive solution for simplifying and streamlining stent assessment and approval. High-resolution imaging and 3D optical measurement allow for complete surface inspection of the stent structure, reducing errors , quality control costs, and inspection time?and?making the task of acceptance faster, easier, and more reliable. Assisted concept The proprietary SensoINSPECT software of the Q six was designed for versatility. A manual mode is designed for flexibility in R&D and Process Development, while an assisted mode is the optimal solution for fast in-line inspection. Dimensional pass/fail data and classified defect information can be gathered in a short time, enabling the operator to make a fast and reliable decision to either accept or reject the stent. Complete surface inspection Never before seen, high-quality unrolled images of the outer and inner surfaces and also the sidewalls of stents. Quality of edges can also be assessed from these images.

In-line metrology solution The S mart is the culmination of more than 14 years of experience in the development of surface metrology systems. It was designed right from the initial conception to be integrated into production systems and to withstand harsh environments. Being compact, lightweight, and with flexible mounting options, the S mart is not simply an adaption of existing systems. Robust, rugged and reliable Production environments are not always the most friendly ? varying conditions, vibrations, aggressive materials, etc., all make measurement tasks considerably more difficult. But the S mart has been designed with exactly this in mind. The optically sealed sensor head contains no moving parts, so it remains both clean and aligned.

DCM-40/60 DCM-40/60 are unique microscope systems superimposing top and bottom patterns of specimen (wafer) in the view field of microscope, then comparing shift to measure the shift length by measuring system. Since the objective lenses installed at top and bottom are 5 types, ranging from 50X to 1000X in total magnification, various specimens can be observed.

MCB-1 MCB is a compactly designed, low cost and user-friendly microscope with functions equivalent to those of high-class microscopes. It can be used?in factories and laboratories for various purposes such as inspection, photographing, education of trainees, etc. MCB-1 for use with 35mm and Polaroid Camera MCB-1D for use with Digital Camera and CCD video camera

The RMM rollscope has it’s feet in the form of ebonite-rollers so that it can be placed directly on the examined object for examination of rolled surfaces, such as rollers, turbine shafts, or gravure roll cylinders. This microscope can readily be brought to application sites for the examination of large steel structures, vehicles, ships, or other objects which can not easily be sampled for laboratory examination. Features:  Microscope stand ~ Cross motion stand, photo lens for 35mm camera.  Objectives ~ MF Series, 5x, 10x and 40x  Options ~ 35mm camera, Polaroid photography unit, magnetic roller feet, depth dial gauge.