Measurement technology for colors, gloss & Co.
Photoelectric sensors, endoscopes, spectrophotometers, endoscopes, pyrometers, color sensors, laser systems for quality assurance
Image: Scapos
Measurement technology for colors, gloss & Co.
Photoelectric sensors, endoscopes, spectrophotometers, endoscopes, pyrometers, color sensors, laser systems for quality assurance
Image: Scapos
Here you will find Measurement Technology for the optics for measurement optical parameters such as that of surfaces, mechanical production results such as undercut, thickness measurement and micromachining as well as colors and shine in the laboratory, production and quality assurance for applications in the Automotive industry, Mechanical engineering and other industrial sectors. For measurements in the nm, µm and mm range, optoelectronic sensors, spectrophotometers, endoscopes, pyrometers, color sensors, laser systems and much more are used. Good measuring equipment and its proper calibration are the basis for the Quality assurance.
In this category we report on the latest developments for determining the optical measurands - Secure your product quality!
November 21.11.2023, XNUMX | The Heinrich Kipp factory presents two new quick and power clamps with a black surface. Designed for use in the optical metrology Fix the workpiece during the photometric measurement.
The Optoscan software of optomet is used for data acquisition, analysis and visualization. It forms in combination with an optomet scanning Vibrometer the optimal solution for imaging vibration measurement. If the scanned, point-by-point measurement data are summarized in the correct phase, meaningful representations of vibrations and waves on the test object can be obtained.
With Optoinspect 3D inline of scapos can be great 3D data sets Compare quickly and automatically with optimal geometries. In this way, each individual component is checked inline and can run within the production process. The maximum parallelization and reuse of calculated results is obtained. In the new version 2.7 in particular, these lead to fast processing of the point clouds and thus enable real-time capability data analysis.
Researchers at ETH Zurich have invented a simple touch sensor so that robots can reliably grip fragile or slippery objects. With the help of machine learning, the optical sensors measure the forces acting precisely and with high resolution. In addition, the material hardness can be tested with the touch sensor and touches can be recorded digitally.
With the R200 and R201, the product architecture of photoelectric sensors from Pepperl + Fuchs opens up applications with larger working distances. Both series - like the compact R100, R101 and R103 - consistently offer all optoelectronic functional principles in a mounting-specific and now larger design.
The telecentric lens commonly found in industrial Image Processing Mission. In three-dimensional measurements, it sometimes even surpasses the accuracy of non-contact or laser-based measurement methods. The telecentricity offers the highest accuracy and repeatability. Below we present you New ago like the telecentric Lens for white LED light from Vision & Control:
Production or workshop managers know the dilemma: The surface parameters of a workpiece must be measured quickly and at short notice and the measuring room is too far away and / or occupied. For this purpose, Accretech has further developed its portable surface measuring devices of the "Handysurf" product line.
Interferometry is the first choice one optical measurement methodwhen it comes to measuring surfaces with high precision. Nortus Optronic now presents the new one interferometer D7 from Difrotec with, according to its own statements, unprecedented accuracy. The difference between the measured and the actual shape is less than lambda / 1000 (<0,6 nm)
Baumerpresents new sensors from the field of optical sensors with the powerful, comfortable and safe O500 series. Three sensor types are initially available: a light sensor with background suppression, a "Smart Reflect" light barrier without a reflector and a reflex light barrier, also for reflective surfaces.
Through common Molding process such as sheet metal forming and injection molding component measurement Deviations from the target specification. Such Plastic- Measuring sheet metal components is often complex and involves great effort and high costs. In order to compensate for these deviations when measuring and to simulate the installation situation, components have previously had to be clamped in complex measuring devices. GOM this measurement process can now be carried out using the newly developed technology Virtual clamping greatly simplify.
Vision Engineering provides an eyepiece-less with the Lynx EVO Stereo microscope which can be used very ergonomically for many inspection and manipulation tasks. The stereomicroscope combines ergonomics with top optical performance and digital documentation. It was developed based on the worldwide patented Extended Pupil technology from Vision Engineering and is therefore very user-friendly.