Environmental monitoring and testing assess the quality of our air, water, soil, and overall ecosystems. Using advanced technologies and analytical methods, environmental scientists collect and analyze samples to measure levels of pollutants, contaminants, and other factors impacting environmental health. By monitoring changes over time and identifying potential risks to human health, this field plays a vital role in informing policy decisions and implementing effective mitigation strategies. Explore how environmental monitoring and testing contribute to safeguarding our planet's well-being and promoting sustainable development.
The PureEpi Chromatin Preparation and Optimization kit provides a complete set of reagents allowing the preparation of multiple chromatin samples from starting materials such as cultured cells or tissues. A detailed protocol is provided that includes examples of the many variables involved in making chromatin on multiple instruments and how they may affect ChIP results. Features & Benefits • Complete set of materials for up to…
CPS DC24000 UHR nanoparticle size analyser is an effective analytical tool for ultra high resolution, high accuracy measurement of particle size distribution. Highly poly-dispersed particles can be measured in the size range of ~2.0nm to ~75 microns, at 2 to 10 times better resolution than any other particle sizing instrument, regardless of measurement technique.Utilising Differential Centrifugal Sedimentation (DCS), the CPS…
VideometerLab 3 is a vision-based lab analyser designed for fast and accurate determination of surface colour, texture, shape, size and chemical composition. The easy-to-use system integrates illumination, camera, and computer technology with advanced digital image analysis and statistics. VideometerLab 3 provides a rapid assessment of uniform and non-homogeneous samples by combining information on all of the above parameters…
Inspector Raman™ Series are the world's first Raman handheld materials systems. This unique, innovative instrument enables one micron Raman material discrimination that can increase the number of samples identified by eliminating unwanted sample and background fluorescence. Large material libraries and advanced pass/fail algorithms are supported with an embedded PC that can provide rapid-fire results. Significantly expands…
Four Advantage systems are available: 532nm, 633nm, 785nm (NIR) and 1064 (NIR) excitation. All models can be used with the optional NuScope™ microscope attachment to image samples and show Raman spectra of domains in heterogeneous materials. The Advantage Series are used in industrial applications, academic research, and teaching labs. Due to optional accessories for various sample types, both the 532 and 633 models are easy…
DSR-L is the world's first multiple wavelength digital refractometer for dispersion measurements - enables full optical characterisation of a measured substance. Measures refractive index at 7 discrete wavelengths and interpolates the entire spectral range Provides a unique fingerprint profile of the sample Possible to implement any combination of customer-specified wavelengths and carry out quasi-spectral measurements…
Jerome® J605 - Gold Film Hydrogen Sulfide AnalyzerThe newest instrument from Arizona Instrument LLC is the Jerome® J605 Hydrogen Sulfide Analyzer. The Jerome® J605 can read as low as 3ppb with an incredible resolution to 20ppt. The J605 is housed in a light and ergonomically designed case, setting a new precedence for low-level, portable monitors. The industry-proven, gold film sensor has been upgraded and improved from previo…
Jerome® 651 - Gold Film Fence-line Hydrogen Sulfide Monitoring System The Jerome® 651 monitoring system from Arizona Instrument LLC is the system you need to solve your hydrogen sulfide monitoring problems. Designed to provide long-term monitoring even in extreme weather conditions, it can be stationed at any location. Multiple units can be linked to form a perimeter monitoring system. Data logging and radio telemetry capabil…
The OWL 1.7 is a world leading camera using InGaAs technology for near and short wave infrared imaging. The OWL 1.7-CL-320, designed and manufactured by Raptor Photonics, offers the latest SWIR sensor technology providing unprecedented day-night surveillance performance. Featuring a State of the Art high sensitivity InGaAs FPA sensor, developed by Alcatel-Thales III-V lab, the OWL 1.7 offers pixels resolution of 320 x 256, w…
The OWL SW1.7HS is a world leading camera using InGaAs technology for near and short wave infrared imaging. The OWL SW1.7HS, designed and manufactured by Raptor Photonics, offers the latest SWIR sensor technology providing unprecedented day-night surveillance performance. Featuring a State of the Art high sensitivity InGaAs FPA sensor, developed by Alcatel-Thales III-V lab, the OWL SW1.7HS offers pixels resolution of 320 x 2…
