Microplates Products & Reviews

AbsorbMaxTM sealing films are 203 µm thick black vinyl films with 37 µm acrylic adhesive for use with 96-well, 384-well, and 1536-well black microplates. The sealing films may be applied to either the top or bottom of the plate. A split backing aids in applying the sealing film properly. Edge cutouts assist in positioning and accomodate ribs on the plate bottom. The light-blocking and absorbing properties of AbsorbMax sealing…

Evenly applies film on raised rim plates.

Made of non-treated, medical-grade virgin polypropylene, Biotix 96-Well plates conform to the ANSI/SBS 1-2004 standard for automated high throughput processing.

Biotix 96 and 384-Well Microplates are made of non-treated, medical-grade virgin polypropylene and conform to SBS standards for automated high throughput processing and compound storage.

The Pall AcroPrep Advance 96-well Long Tip Filter Plate for Nucleic Acid Binding incorporates a silica-based quartz glass fiber media to allow for efficient binding of DNA and RNA, while providing smooth flow and rapid processing of samples. This media offers researchers the flexibility to purify plasmid DNA from bacteria, and genomic DNA or total RNA from cell culture samples: a single plate for multiple applications. Redu…

ULA microwell plate for 3D culture and measurement

ULA microwell plate for 3D culture and measurement

Bottom surface options: 0.72 or 0.17mm glass (custom available on request) and clear quartz. Glass bottom plates are scratch resistant. Glass bottom plates are microbubble resistant Black polystyrene upper microplate structure. Applications include fluorescence assays such as laser-induced fluorescence (LIF), Fluorescence Correlation Spectroscopy (FCS); and Nephelometry. Ideal for cell-based assays using Scanning and Confocal…

Thin walled 96 Well PCR Plate for optimal heat transfer during PCR

Thin walled 96 Well PCR Plate especially designed for ABI thermocyclers and DNA sequencers

sciREADER - high quality digital imaging of colorimetric and fluorescent assays

Greiner Bio-One microplates: Are manufactured under DIN ISO 9001 guidelines Can be traced all the way back to production through a defined LOT number system Footprint compatible with automated systems Are free of detectable endotoxins (0.03 EU/ml) and regularly tested using an FDA-approved kinetic turbidimetric LAL-test (Limulus Amoebocyte Assay) Are analysed for detectable DNase, RNase and human DNA Are manufa…

Grow Uniform Spheroids with Ultra-low Attachment PrimeSurface® Cell Culture Plate

Grow Uniform Spheroids with Ultra-low Attachment PrimeSurface® Cell Culture Plate

Grow Uniform Spheroids with Ultra-low Attachment PrimeSurface® Cell Culture Plate

Grow Uniform Spheroids with Ultra-low Attachment PrimeSurface® Cell Culture Plate

Grow Uniform Spheroids with Ultra-low Attachment PrimeSurface® Cell Culture Plate

Grow Uniform Spheroids with Ultra-low Attachment PrimeSurface® Cell Culture Plate

Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.

Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.

Protein Low-binding Labware PROTEOSAVE™ series offer unique advantage over regular polypropylene or polystyrene tubes in reducing sample loss by preventing non-specific binding of sample (proetins, peptide, cells) to the plastic surface.

Discover the ideal microenvironment for your application.

The OrganoPlate 3-lane features 40 independent culture cells, each supporting adjacent in-gel culture and 2 perfusion channels, that can contain perfused tubular tissues. The 3-lane models supports apical and basal access to epithelial and endothelial tubules, allowing barrier integrity and transport assays. The lanes are 400 micron wide. Six wells of the 384-well-plate user interface connect to each microfluidic network in…

A new design of ultra-low attachment 3D plate to facilitate easy handling of media exchange without disturbing spheroid formation 

Chemiluminescent assays often outperform analogous fluorescent assays due to its’ low background offering a high signal to noise ratio, thus providing higher assay sensitivity. Spheroid tumor cells are typically generated using ULA plates and other 3D cell culturing methods, however transferring them without damaging the spheroids to a 2D white plate for luminescent assay screening can be challenging.  Using PrimeSurface® 9…