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 LuxX® Diode Laser Series is ideal for microscopic imaging applications due to its small and compact design, 18 different wavelengths between 375nm and 830nm, single-mode optical output powers up to 140mW, high stability CW operation (ACC and APC mode), fast analogue modulation, electronic shutter function (laser inhibit) with >150kHz full ON/OFF capability, Automatic Aging Compensation (AAC) function, USB2.0 and RS-232 int…
The LightHUB(R) Compact Laser Combiner can be equipped with up to four DPSS or diode lasers of different wavelengths in a compact and rugged design. Wavelengths between 375nm and 830nm and optical output powers up to 150mW per laser line are possible. The Compact Laser Combiners can be equipped with polarisation maintaining fibre coupling units to supply the light to applications in biotechnology like confocal microscopy and f…
The ANATOC II uses patented photocatalytic oxidation that decomposes all organic compounds in the sample to give carbon dioxide, water and the acid, base or salt of any other organically bound elements. The resulting CO2 gas is accurately determined. The ANATOC II provides fast, reliable analysis at negligible cost per sample, without the use of hazardous oxidising agents and clumsy and expensive compressed gasses. It is a co…
The Pippin Prep is a preparative electrophoresis platform for collection of size-selected DNA samples. The system automates DNA size selection using disposable, pre-cast agarose cassettes to extract fractions according to user-defined software input. Samples are electro-eluted from agarose and collected in buffer. The platform is used for the construction of next-gen sequencing libraries. The system collects fragments (depend…
Expand the Capability of a UV or Fluorescence Spectrometer
The Biochrom EZ Read 400 Flexi is an economically priced, easy-to-use microplate reader for 96-well plates, quick to set up and requiring minimal training. The simple, robust PC-controlled microplate reader has no un-necessary features and is ideally suited to labs with multi-level users performing absorbance assays The instrument is supplied with ADAP Basic PC software which is used for instrument control and to export of raw…
The newest addition to the LIFA product line is the LIFA-X. LIFA stands for Lambert Instruments Fluorescence lifetime imaging Attachment. The LIFA-X is for long lifetime imaging microscopy of lifetimes from 0.1 ns up to 1 ms (phosphorescence). The ‘X’ represents the extended range of lifetimes that can be resolved when compared to the LIFA (0.1 ns – 300 ns). The LIFA-X can be used for, e.g., measuring oxygen concentrations usi…
Convenient and reliable concentration, purification, and diafiltration of 20 to 60 mL biological samples with Pall Life Science's Jumbosep Advance Centrifugal Devices Features of the Macrosep Advance Centrifugal Devices: • Typically concentrates 60 mL sample volumes to 5 mL in 30 minutes. • Provides high recoveries, typically > 90%. • Low protein-binding Omega membrane and polypropylene housing minimize losses due to…
Pall centrifugal devices simplify common nucleic acid and protein handling procedures, replacing traditional separation techniques such as column chromatography, preparative electrophoresis, dialysis, gradient centrifugation, and more. Available in various membrane types to meet your application needs.
AcroPrep™ Advance Filter Plates- Advancing sample preparation Features of the AcroPrep™ Advance Filter Plates: • Smooth well design – Provides consistency in filtration times, as well as efficient sample and bead recovery. • Optimized outlet tips – Minimizes sample leakage during incubation steps and reduces the presence of hanging drops following filtration. • New well geometry – Results in faster , more uniform filt…
