PUBLICATIONS Recent publications on research, applications and methods PAPER: An optical CMM system for nominally flat surfaces with sub-micron precision PDF READ 8th August 2023 A solution to the sub-micron dimensional measurement of nominal flat high precision components is presented. The system comprises a calibrated X,Y motion system with vertical confocal point sensing. The measurement […]
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VODBot VISION® VODBot Vision APPLICATION NOTE Automatic Liquid Handling for precision sampling of human saliva Automatic liquid handling system Precision sampling of non-Newtownian fluids (saliva) High Speed Vial Opening and Sample Extraction Vision System of high precision level sensing Fixed or dynamic volume extraction 15 second cycle time (24 minutes for 96 well plate) Built-in
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Using BEX to measure 3D Surface Roughness from X-Ray Computed Tomography (XCT): applied to a Dental Artefact 3D X-Ray Computed Tomography (XCT) is widely used in medical imaging and increasing used in additive and traditional manufacturing, due to its ability to provide high quality imaging for complex 3D components. The Challenge – To apply XCT
intra oral dental scanner The Application – Development of the Intra Oral Scanner (IOS) allows for the digital reproduction of the tooth and gum interface through optical scanning (Digital Dentistry) without the use of traditional impression materials. The Problem – Understanding the magnitude and location of the measurement errors. The Solution – the use of
XYRIS 20/20 Our newly released, ultra-precision surface profiler, XYRIS 20/20 range uses a state-of-the-art vision and confocal measurement systems. It provides the ability to measure large scale features (100’s mm) with nanometric precision. The system is automated to measure, analyse, and report in seconds providing enhanced precision and reduced work time. Available configured for INDUSTRIAL,
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Ultra-High-Speed Imaging of Arc Motion or a Gas Discharge: Arc Imaging System (AIS) TaiCaan Technologies have developed an ultra-high-speed solid state imaging system. The images are stored at between 1MHz and 6MHz with data collection over 0.5 Million images, corresponding to at 1 MHz, with 8 bit light intensity resolution. The system has full sensitivity