BRAND 96-well deep well plates are excellent for high throughput screening (HTS), assays requiring a mother plate, cell and tissue culture, sample storage, and more. They are available with 0.5mL, 1.1mL (1.0mL capped), and 2.2mL (2.0mL capped) well volumes. Manufactured from high-quality virgin polypropylene, these plates are resistant to a wide variety of chemicals, including phenols, chloroform, and DMSO. They are compatible with most robotic samplers and automated liquid handling systems.
Plates withstand temperatures as low as -80ºC/-112ºF, making them an excellent choice for cold-room applications and cryo-storage. PP plates are autoclavable at 121ºC/250ºF for 20 minutes.
The new Eppendorf® Microplates bring a unique clarity into your laboratory! Never before has it been so easy to pipette, check, and re-extract samples in a polypropylene microplate. The easy to read OptiTrack® alphanumeric labeling on each plate makes identifying individual wells incredibly easy, accelerates the filling and significantly reduces the risk of error. The high level of transparency, unique among polypropylene microplates, ensures that you always find your samples at a glance. The clear Eppendorf Polypropylene Microplates are ideal for storing substances or for applications requiring high resistance to solvents, such as DMSO.
Thermo Fisher Scientific has decades of experience designing and producing plates for researchers’ increasingly sophisticated applications. The result is a very wide offering of the highest quality microplates. In addition to Thermo Scientific and Thermo Scientific Nunc 96-well plates, we offer 384- and 1536-well formats with various well geometries for manual or automated applications. Specialty formats include Nunc™ OmniTray and Multidishes plus rectangular dishes. You can select from a variety of optical bottom plates with superior optical properties for luminescence and fluorescence use.
Our plates are often specified for use in colorimetric, fluorescent and luminescent assays. Other typical applications include cell culture, ELISA, cell imaging, cultivation, toxicity testing and storage. Different plate materials are available for diverse applications. Polystyrene is popular for its optical clarity and for its ability to be modified. Polypropylene is a great selection for its compatibility with reagents and its resistance to chemicals and temperature extremes.
A variety of surface coatings offers you tremendous options in cell culture and immunology. Specific surfaces include those that are passive, hydrophobic, or hydrophilic while others offer varieties of covalent binding or ligand/receptor binding. Common to all plates: adherence to ISO 13485 quality standards, easy availability of product certifications and quick access to knowledgeable technical support personnel.
Whatman UNIPLATE™ microplates conform to the ANSI/SBS microplate standards and fit most microplate readers and automated plate handling devices. Whatman UNIPLATE™ microplates are suitable for a wide range of applications and of course simple filtrate collection. They are ideally used in tandem with Whatman’s UNIFILTER® filtering microplates. These microplates are also ideal for homogeneous assay techniques utilized in HTS. Whatman UNIPLATE™ microplates are suitable for use with robotic handlers and centrifuge carriers. Applications include: sample storage, assay development, HTS (high-throughput screening), plasmid miniprep, ELISA assays, chemiluminescence, luminescence, cell culture and filtrate collection. Choose from 96-Well polypropylene storage microplates, 384-Well microplates or Whatman Multi-Chem assay storage microplates.