You searched for: Microplates

Supplier: Corning

PP plates, silicone mats. Designed to fit 0,2 ml thermal cycler blocks.

Supplier: Brand

PP. The 40 μl wells can hold sample volumes of 2 to 30 μl. This helps to reduce reagent costs and shortens cycle times. The plates can be filled using multichannel pipettes or robotic systems.

Supplier: Brand

Cell culture inserts with cellGrade™ plus treated membranes for improved cell attachment and growth.

Supplier: Corning

PP plates, silicone mats. Designed to fit 0,2 ml thermal cycler blocks.

Supplier: Corning

PP. Designed to fit 96-well thermal cycler blocks.

Supplier: Brand

For medium and high sample throughput, these 96-well plates are the efficient solution for PCR and qPCR.

Supplier: Brand

These 384-well PCR plates are an economical solution for automatic high-throughput analysis.

Supplier: Greiner Bio-One

These sterile, PS multiwell cell culture plates have a cell-repellent surface to effectively inhibit cell attachment. Achieved through a chemical polymer modification, the surface does not degrade or leach under common cell culture conditions, rendering an ideal substrate for native cell culture experiments.

Supplier: Whatman products (Cytiva)

Whatman™ 850-DS 8-channel filter plates are specifically designed for use with the Agilent™ 850-DS Dissolution Sampling Station.

Supplier: Brand

The BRANDplates® Insert System* includes two different cell culture plates (standard 24-well plate and a special 6-well model) and two types of cell culture inserts (inserts with or without the inlet opening system), which can also be used in combination.

Supplier: Greiner Bio-One

PS, cell culture-treated, sterile. All plates are certified free of RNase, DNase and human DNA, are non-pyrogenic and non-cytotoxic.

Supplier: Greiner Bio-One

PS, cell culture-treated, sterile. Cell culture treated plates are available with round (U), conical (V) or flat (F) bottom wells. All plates are certified free of RNase, DNase and human DNA, are non-pyrogenic and non-cytotoxic.

Supplier: Corning

Standard tissue culture (TC) and Corning® Primaria™ surface treatments is available. These plates are provided with various colours to suit various detection methods.

Supplier: Greiner Bio-One

PS, with lid, sterile. Cell culture multiwell plates are available either with a physically treated surface (for adherent cell cultures) or with a hydrophobic surface (for suspension cultures and hybridoma cells). All plates are certified free of RNase, DNase and human DNA, are non-pyrogenic and non-cytotoxic.

Supplier: Corning

PS, tissue culture-treated, sterile, non-pyrogenic, with lid. Specifically designed for use with Falcon® or Corning® BioCoat™ cell culture inserts, so that evaporation and contamination due to improper lid fit is eliminated.

Supplier: Greiner Bio-One

Clear PS housing with PET capillary pore membranes, cell culture surface treated, sterile. Combining six different membrane specifications (pore size and density) in geometries to fit 6,12 and 24 well plates, the ThinCert™ cell culture inserts are suitable for a wide range of applications including transportation, secretion and diffusion studies, migrational experiments, cytotoxicity testing, co cultures, Trans Epithelial Electric Resistance (TEER) measurements, as well as primary cell culture.

Supplier: HAMILTON ROBOTICS

These 96-well deep well blocks are ideal for automated processing or handling large quantities of backup samples. PP blocks are particularly suitable for backup storage of pharmaceutical substances, DNA isolation, longterm sample storage, enzyme and tissue culture applications. PS blocks are ideal for longterm storage of blood samples.

Supplier: Greiner Bio-One

PS, cell culture-treated, sterile. All plates are certified free of RNase, DNase and human DNA, are non-pyrogenic and non-cytotoxic.

Supplier: Greiner Bio-One

PS, sterile, with lid. Designed for use in air-lift culture where tissue is cultivated in permeable membrane supports (cell culture inserts), with the cell culture medium nourishing the cells from below the membrane and the air exerting its influence from above. If cell culture inserts and conventional cell culture plates are utilised in the air-lift culture, the available volume of culture medium is severely limited. This reduced volume results in an elevated nutrient consumption rate from the lower compartment and an increased number of medium changes.