RayLab vs trinamiX Spectroscopy

RayLab is an application for design and simulation of optics. It can be used either as a learning tool or for the design of real optical systems. Basic version includes: • Ability to model 2D lenses and mirrors • Full control over placement and shape of optical components • Full control over aspheric surface shape parameters • Full geometric ray tracing • Sequential and Non Sequential analysis • Front Focal Length, Back Focal Length, Principle Surface calculations • Sample Models Upgrade to RayLab Pro enables: • 3D Modeling • Advanced Optical Elements such as Lens Arrays, Diffraction Gratings, Prisms, Fresnel Lenses, etc. • Polarization Ray Tracing * Ray Splitting / Beam Splitter modeling • Multi-Configuration Manager and animation functionality • Ability to perform optimizations of design parameters • Ray Transfer Matrix calculation • Various commercial glass catalogs • Zemax Importer • Multiple Analysis Windows: -- Fan Ray Diagram. -- Wavefront Error Plot. -- Grid Distortion Plot. -- Spot Diagram. -- Chromatic Aberration. -- Gaussian Spot Size. -- Polarization Analyzer. Upgrade is available with in-app purchases of various modules OR as a full featured subscription. • The subscription offers a 7 day free trial period. Subscription begins immediately but payment will only be charged to iTunes Account at the end of the trial period. • Subscription automatically renews unless auto-renew is turned off at least 24-hours before the end of the current period. • The account will be charged for renewal within 24-hours prior to the end of the current period, at the same monthly price as the original subscription. • You may manage your subscriptions and auto-renewal may be turned off by going to your iTunes Account Settings after purchase. • No cancellation of the current subscription is allowed during active subscription period. • Any unused portion of a free trial period will be forfeited if the subscription is cancelled. Privacy Policy and Terms of Use: https://www.raymak.com/wp/privacy-policy

trinamiX makes the invisible visible Informed and healthy life decisions are ones that everyone tries to make, but sometimes visible information is just not enough. trinamiX helps you to choose the right decisions through application of our Mobile Near Infrared (NIR) Spectroscopy Solutions. Spectroscopy is a well-established industrial method that trinamiX now makes affordable and accessible beyond factory and laboratory applications. We combine powerful sensors and devices with in-depth understanding of molecules and sophisticated data analysis to provide you a customized solution for your specific use case. Hardware and app The trinamiX NIR spectrometer is a robust device using our own internally developed and manufactured PbS-based sensor. Thanks to this unique sensor, our hardware can detect signals in the NIR range up to 3 µm, which gives the opportunity to determine more information compared to other sensor technologies on the market. The spectrometer is extremely power-efficient, so that taking near-continuous measurements over more than one day without a recharge is now possible. In addition, the system works very fast (less than five seconds, including measurement) so that the user obtains actionable results quicker than any competing alternative product. For expediency and to allow for easy in-the-field results, the result will be displayed and documented in our app for both smartphones and tablets. For fast and easy sample name creation, our solution offers a QR- and barcode scanning mode so that the samples name is directly generated. This is one crucial element to prevent mistakes and ensure system-based product names. Beyond the advantage of having a solution at hand to ensure efficient documentation, all the data and results of measurement can be linked with other important product information – and everything can be linked into your internal system for broad usage. NIR spectroscopy is no longer limited to laboratories and experienced scientific staff – we make NIR spectroscopy as easy as reading a thermometer.