Life sciences encompass a diverse range of scientific disciplines focused on the study of living organisms and their interactions with the environment. From basic life sciences (such as cell biology, genetics, immunology, and microbiology) to applied life sciences (such as disease research, multi-omics, and biotechnology), this broad field explores the fundamental processes of life and drives advancements in disease research, patient care, and our overall understanding of living organisms. Discover the endless possibilities of life sciences and their impact on shaping a healthier and more sustainable world.
Convenience Vial and Cap Packs Convenience packs are an easy way to use one part number and get 500 vials and caps with septa installed. Packed in our six drawer reusable blue plastic cabinet, the vials, caps and septa are kept handy and dust-free.
Crimp Top Vials, Caps and Kits Agilent vials and caps are designed with tight dimensions guaranteed to work with Agilent autosamplers and instruments. All Agilent glass vials are made from first hydrolytical class, borosilicate glass, compliant with the requirements of U.S. and European Pharmacopeia. They are packed in a clean environment with packaging especially designed to reduce contamination. The wide opening crimp cap…
Snap Top Vials, Caps and Kits Agilent vials and caps are designed with tight dimensions guaranteed to work with Agilent autosamplers and instruments. All Agilent glass vials are made from first hydrolytical class, borosilicate glass, compliant with the requirements of U.S. and European Pharmacopeia. They are packed in a clean environment with packaging especially designed to reduce contamination. Snap top vials are the simpl…
Standard Opening Screw Top Vials (8-425) Agilent vials and caps are designed with tight dimensions guaranteed to work with Agilent autosamplers and instruments. All Agilent glass vials are made from first hydrolytical class, borosilicate glass, compliant with the requirements of U.S. and European Pharmacopeia. They are packed in a clean environment with packaging especially designed to reduce contamination. Standard opening…
Agilent has discontinued the line of Cary 600 series infrared microscopy (Cary 610-FTIR) and chemical imaging systems (Cary 620-FTIR). This includes the Cary 610 and Cary 620 Microscopes and Cary 660 and Cary 670 spectrometers and relevant accessories.
Agilent feedthroughs provide reliable, leak-free performance in high and ultra-high vacuum systems. Large, sturdy ceramic-to-metal seals assure maximum strength and dependable service over an extremely wide range of vacuum applications.
The Agilent C15 Component Leak Detector is a modular leak-testing package intended for applications in which the leak detector components are integrated into the system. It incorporates Agilent's Contra-Flow vacuum design, which maximizes the protection of its components from contamination in industrial applications. An optional color touch screen display is available for remotely showing all system status information and i…
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 worlds fastest and most sensitive CCD detector The Eos CCD is the fastest and most sensitive CCD detector for X-ray diffraction from Agilent or any manufacturer. With an active area of 92 mm diagonal and a gain of 330 e-/X-ray (Mo) the Eos is the highest sensitivity CCD detector available today. It is ideal for the most challenging experiments in small molecule crystallography, providing data collections faster…
Our Absolutely mRNA Purification Kit produces high yields of pure mRNA using a swift 20-minute protocol. This kit includes customized oligo-dT magnetic particles that exclusively bind mRNA to maximize yield and quality, and minimize rRNA contamination.
