Separations is a fundamental scientific discipline focused on the isolation and purification of components from mixtures. Through techniques such as chromatography, distillation, and filtration, separations scientists separate substances based on their physical or chemical properties. This field plays a crucial role in various industries, including pharmaceuticals, food and beverage testing, environmental science, materials research, and more. Explore how separations techniques enable precise analysis, quality control, and the development of innovative products.
The PHD-4 sniffer leak detector is a lightweight and rugged sniffer, sensitive to helium concentrations as low as 2 ppm – equivalent to a leak rate of 5 x 10–6 atm-cc/sec, far superior to bubble-testing, dye penetrants, and pressure decay. The sensitivity of the PHD-4 is enabled by Agilent’s proprietary and patented SIPD (Selective Ion Pump Detection) technology. With automatic startup, self-test and calibration, the PHD-4…
The Transgenomic WAVE® System is among the most sensitive and accurate technologies for detection of unknown genetic mutations and single nucleotide polymorphisms (SNPs).
We supply a wide range of GC accessories to fit most common GC systems. We can provide Prep GC, sniffer systems, cryogenic trapping either with a GC or as a retrofit
For Buffers, Tissue Culture Media, and Other Biological Fluids. Newer technology recommended for simplified scale-up High filtration area and compact size are ideal for upscale trials Minimal hold-up volume Good wettability for reliable integrity test Sealed membrane and housing uses fusion technology to eliminate potential extractables Gamma sterilized, non-pyrogenic, and provided with a removable filling bell (except sanit…
For Cost-Effective Filtration of Buffers, Tissue Culture Media, and Other Biological Solutions. Newer technology recommended for simplified scale-up Disposable design reduces labor costs associated with assembling, cleaning, and testing stainless steel filter holders Encapsulated format for ease of use Extended life with built-in MachV asymmetric prefilter layer for maximum flow and throughput performance Low adsorption and hi…
Superior Bead Recovery and Low Levels of False Positives Ensure Assay Reproducibility. Smooth well wall provides efficient bead recovery, ensuring reproducible results lot after lot High performance membrane does not trap microspheres in the membrane matrix In serological assays, Supor® membrane effectively removes IgG complexes, thus reducing nonspecific reactivity of the microspheres and reducing false positives New well des…
Robust Chemical Resistance Provides Compatibility with Harsh Organics. Chemically resistant materials provide a stable platform to process samples in organic solvents Inert materials of construction ensure complete recovery of samples and low non-specific binding New well design results in faster, more uniform filtration rates across the plate and reduces hold-up volume Innovative outlet tip geometry provides direct flow of sa…
The AcroPrep™ Advance filter plates for lysate clearance effectively remove cellular debris quickly and allow for the use of additional wash steps to maximize sample recovery. Filtration can be accomplished by either vacuum manifold or centrifugation, ultimately maximizing your choice in protocols. The purification of biomolecules (DNA, RNA and proteins) from prokaryotic and eukaryotic cell lines can be problematic. The AcroP…
Young Lin GC products have been developed for more than 15 years with an accumulated experience in chromatographs. The YL6100 GC meets all analytical demands providing practical solutions for every application and satisfying the features you’ ve always desired. APC is a standard function in gas chromatography. You can enjoy all the advantages of multi-functional APC with our YL6100 GC. Our multi-functional APC increases produc…
Perform detailed spectral scans and highly sensitive quantitative analyses on the same instrument.
