OMT Solutions Bv
5 products found

OMT Solutions Bv products

TAMS - Total Absolute Measurement System

The Total Absolute Measurement System (TAMS) by OMT Solutions is designed to offer versatility in UV/Vis/NIR spectroscopy applications. Tailored to accommodate various detector sets, TAMS allows users to choose the optimal detector for their specific needs. The system features a fully automated autosampler integrated with its user interface, enabling precise measurements across multiple positions on a 6-inch wafer. Additionally, the autosampler supports multisampling by accommodating holders for 19 x 1 inch or 5 x 2 inch samples, with the option to design custom holders. TAMS aims to enhance the accuracy and efficiency of spectroscopic measurements, making it suitable for research and industrial applications.

Large Sample Reflectance and Transmittance Accessory for Spectrophotometer

The Large Sample Reflectance and Transmittance (LSRT) is an advanced spectrophotometer accessory specifically designed for performing precise reflectance and transmittance measurements on exceptionally large and toughened glass panes, including bended car windows. Compatible with PerkinElmer L950/L1050 and Agilent Cary 5000 spectrophotometers, the LSRT facilitates analytical assessment in industries where such glass types are common. This accessory is part of OMT Solutions' broader portfolio, which includes innovative measurement techniques, specialist accessories, and comprehensive consultancy and training services in the field of spectrophotometry.

Model UL270 - Upward Looking 270 mm Sphere Accessory

The UL270, a unique Upward Looking 270 mm Integration Sphere Accessory, enables precise measurements of diffuse and patterned samples' transmittance and reflectance. It's specifically designed for applications requiring accurate diffuse reflection measurements and addresses the common challenges faced by smaller spheres in performing diffuse transmittance measurements. The sphere has a minimum wavelength range from 300 to 2,450 nm, with an angle of incidence at 8 degrees in both transmission and reflection modes. It provides measurement accuracy less than 0.2T% and 0.5R% for specular samples. The accessory accommodates sample sizes up to at least 250 mm x 400 mm, oriented horizontally. The sphere is made of Spectralon and has a diameter of 270 mm with entrance ports of 100 mm or 50 mm, adaptable via inserts. At the sample position, the beam diameter is 20 mm circular. Detection is carried out using a photomultiplier tube (PMT) for UV/Vis and a broadband InGaAs detector with triple-stage Peltier cooling for NIR.

ARTA - Automated Reflectance Transmittance Accessory

The ARTA (Absolute Reflectance Transmittance Accessory) is an advanced spectral goniometer designed for fully automated measurements of directional reflectance and transmittance within the solar wavelength range, making it suitable for thin film analysis. Utilizing an integrating sphere as a detector, the ARTA seamlessly integrates with spectrophotometers, transforming them into sophisticated tools for Variable Angle Spectrophotometry (VAS). This accessory is essential for researchers and professionals working in coating analysis and optical characterization of materials. Note that this accessory is distributed by PerkinElmer under P/N L6020116, and for Agilent systems, inquiries should be directed to OMT Solutions.

Directional Reflectance/Transmittance Accessory for PerkinElmer Lambda Spectrophotometers

The directional reflectance/transmittance accessory provided by OMT Solutions is designed for PerkinElmer Lambda 750/950/1050 spectrophotometers. It enables both transmittance and relative reflectance measurements at normal and oblique incidences with a precision on par with metrology laboratories. The tool is intended for use with an integrating sphere detector and boasts distinctive measurement capabilities vital for accurate spectrophotometric analysis. This accessory, part number L6310201, is available through PerkinElmer. It supports high-precision measurements required for various applications, including the evaluation of solar energy properties in glazing and the analysis of angular dependent optical characteristics of low-e and solar control windows.