Click here to request a quote on a product, software, peripheral or service contract.
BioTek’s peripheral products help to expand your BioTek instrument applications and improve workflow efficiency. From gas controllers to micro-volume plates, we have the peripherals to help advance your research.
To complete or enhance your BioTek imager, microplate reader, liquid handling or robotics system, we offer a wide range of accessories, from tubing and bottles to imaging filter cubes. Search our Accessory database for Accessories compatible with your instrument. Search by Keyword, Part #, Product or Accessory Type.
The ability to accurately determine cell number is an important aspect of a broad range of applications, including setting up and optimizing cell-based assays, normalizing data across samples, and conducting cell proliferation assays.
The Agilent BioTek Lionheart FX automated microscope and Agilent BioTek Cytation cell imaging multi-mode readers utilize label-free and fluorescence imaging modes, along with powerful Agilent BioTek Gen5 image analysis tools, to deliver efficient and effective automated cell counting.
Automated imaging tools can provide valuable information for improving routine cell culturing techniques and increasing the effectiveness and reproducibility of downstream cell-based assays. Conventional methods for evaluating cell culturing techniques and assay design consist of manual inspection of a small subset of the cell population at random locations and time points.
Cell health and viability measurements provide essential insight into a broad range of biological processes and treatment responses. Diverse assay formats and reagents have been developed that measure specific aspects of cell viability corresponding to particular cellular response pathways and mechanisms of injury.
Cellular metabolism comprises a number of biochemical reactions that occur in concert within the cells of living organisms. These orchestrated reactions, better described as metabolic pathways allow organisms to function and respond to environmental changes. Agilent cell metabolism assays detect discrete changes in cell bioenergetics in real time, providing a window into the critical functions that provide ATP, the energy that cells need for activation, signaling, proliferation, and biosynthesis.
Cell migration and invasion are live cell kinetic assays useful in oncology research. The principle difference between migration and invasion is that migration refers to normal cell movement; whereas invasion describes cells actively invading surrounding tissue. It can do this under the influence of a chemoattractant gradient and secretion of proteases. There are numerous methods for performing these assays including scratch assays performed on a monolayer of cells adhered to plasticware (microplates or culture inserts) or using 3D cell culture models.
Bacterial endotoxins are lipopolysaccharides (LPS) generally found in the outer membrane of gram-negative bacteria, such as E.coli, and are widely present in our environment. Because of the pyrogenic nature of endotoxins, with human effects from fever to hemorrhagic stroke, FDA regulations require that raw materials (e.g. water) used in parenteral drugs be tested for endotoxin levels.
Our application notes present the latest-breaking scientific content covering the vast range of applications across our entire product line. Browse applications by topic, detection and product or use the simple keyword search to find the application notes that will facilitate your research.
Our application bulletins provide brief, concise descriptions of timely applications enabled with BioTek instrumentation.
Many applications are straightforward and need no explanation, but best practices and tips & tricks are useful for many complex or esoteric workflows. Our application guides offer detailed information on a variety of topics.
Search or browse our database to find scientific articles submitted by BioTek’s applications scientists and published in leading journals.
Our Technical Notes illustrate product-specific capabilities and common applications for BioTek microplate instrumentation, and their implementation in common experimental design.
Our Visual Abstracts are brief, animated presentations that describe the workflow of a single specific application. Imaging & microscopy-focused Visual Abstracts explain the Augmented Microscopy workflow for a wide range of assays, with key capture>process>analyze>publish concepts presented. Other Visual Abstracts describe the utility of BioTek’s liquid handling and multi-mode instruments in a variety of applications. Check back often for our latest additions to the Visual Abstract library!
Browse our White Papers for timely information on such important topics as Reactive Oxygen Species and 3D Cell culture.
Here you will find a collection of videos found throughout our site. These videos can also be found on Agilent's YouTube channel.
Our webinar archives are available for on-demand viewing - search to find a topic, application or product of interest. You can also register to be invited to future webinars here.
BioTek Field Applications Scientists (FAS) and Product Specialists provide unparalleled scientific support, assisting with experimental planning and assay optimization on BioTek’s instrumentation and software.
Request support, find answers or explore services.
Maintaining instrument performance and keeping operations running consistently are the foundations of maximizing lab productivity and efficiency. Agilent's service engineers have the skills, qualifications and experience to manage all your instrument servicing, regardless of the manufacturer. As an industry leader our expertise in chromatography, mass spec and spectroscopy equipment is unsurpassed, making us the ideal choice for consolidating your needs in a single, convenient service solution.
The Agilent and BioTek teams are excited that, as of December 1, 2021, BioTek is now operating as Agilent. Effectively, all BioTek products have been added to the Agilent product portfolio and all orders and requests for service will go through Agilent.
Information on local seminars and user group meetings as well as trade shows and conferences Agilent will be attending around the world.
We are dedicated to developing and supporting instrumentation that enables a broad range of applications for scientists around the world. We can tell you about how BioTek instrumentation can benefit your research, but we’d rather you hear it directly from our customers! Browse the Customer Spotlights below to see how BioTek is helping to make their research possible.
Review past issues of TekTalk, BioTek's complimentary life science instrumentation e-newsletter. Our current distribution is 6 issues/year.
Some of our customers are fighting cancer. Some are fighting to maximize the efficiency, performance and economic potential of their labs. Whatever their battle, we're in it with them. Join our passionate team and help us provide the right innovations, solutions expertise and services to enable our customers as they work to improve the world around us.
At Agilent, we define quality as customer-perceived value. We know our customers want the best return on their investment. That’s why we ensure, through our Quality Management System (QMS) of processes, that our products and services are delivered to the level and quality our customers expect.
Our innovative multi-mode and absorbance microplate readers lead the market in versatility, performance and value. Applications range from basic ELISA to high throughput detection.
Multi-Mode microplate readers offer flexibility and ease of use over a broad range of applications. Configurability is an important aspect of BioTek’s multi-mode readers to provide the most value for laboratory budgets. Synergy and Cytation readers offer modular features and outstanding specifications for performance and economy.
BioTek's absorbance readers provide total flexibility for many applications. From basic ELISA to high throughput detection, the absorbance readers offer tremendous functionality. The monochromator based instruments provide UV-VIS detection while the filter-based systems offer great performance and good value.