You searched for: Microplates

Supplier: Corning

75 mm Transwell® with 0,4 µm pore polycarbonate membrane insert, sterile.

Supplier: Thermo Fisher Scientific

PS, high flange design, sterile. Ideal for cell culture, cloning, viral titrations and cell fusion.

Supplier: iST Scientific Ltd

Fully skirted 96-well PCR plate with clear PP wells and grey PC frame.

Supplier: Brand

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

Supplier: Simport Scientific

PP. These thin-walled PCR plates are suitable for robotic handling, and are ideal for use with automated pipetting systems.

Supplier: Greiner Bio-One

Designed for microbatch applications under oil, the IMP@CT™ crystallisation plates are characterised by conical wells with a flat bottom.

Supplier: Simport Scientific

PP. Thin walled PCR plates compatible with 0,2 ml thermal cyclers. The insides of the tubes are smooth and have an inert surface on which enzymes and nucleic acids do not bind.

Supplier: Brand

PP, white. Available with 96-well low profile and 384-well formats. Both plates are compatible with many thermal cyclers, but are perfectly suited for use in the Roche® LightCycler® 480.

Supplier: Simport Scientific

SuperFlex™ 'Break-Away' PCR plates allow for the most flexible, efficient and cost-effective option. Eliminate the use of scissors that cause perforated wells, damage sealing rings and could risk contamination issues.

Supplier: Brand

PP.

Supplier: Brand

BRAND® PCR plates + sealing films – The Real Seal !

Practical PCR packs consisting of 50 pieces each of 96-well PCR plates and 50 matching sealing foils. Sets are available with different PCR plates and fit any common thermal cycler, depending on the package selected. Foils make handling especially easy because their adhesive is only activated by pressure, ensuring they don’t stick to gloves. The combination of matched plates and foils also protects your samples optimally, significantly reducing evaporation loss.

Extremely low evaporation losses! Seal your BRAND® PCR plates with the enclosed sealing film and see for yourself!

Supplier: Thermo Fisher Scientific

WebSeal™ Standard Plates are plastic, non-coated, nonsterile, and chromatography tested.

Supplier: Thermo Fisher Scientific

The HisPur™ Ni-NTA spin plates contain a high-capacity, high-performance nickel-IMAC resin for routine affinity purification of His-tagged fusion proteins.

Supplier: Brand

PP, non skirted. Manufactured under cleanroom conditions, and made from pure, high quality materials (without additives) these PCR plates are suitable for use with most commercially available thermal cyclers.

Supplier: Simport Scientific

PP. These opaque 96-well PCR plates are for chemiluminescent and fluorescent procedures. Thin-walled and designed for rapid thermal transfer, these plates are precision-moulded to ensure well-to-well and plate-to-plate uniformity.

Supplier: Thermo Fisher Scientific

Pierce™ Detergent removal filter spin plates enable multiple-sample processing using a high-performance resin that offers effective detergent removal and excellent protein/peptide recovery. Pierce™ Detergent removal resin efficiently binds to and removes high concentrations of detergents from 10 µl to 1 ml samples with minimal sample loss.

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: Simport Scientific

PP. Thin walled 96-well PCR plates with small tube volume (100 µl).

Supplier: Brand

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

Supplier: Brand

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

Supplier: Simport Scientific

PP. These opaque 384-well PCR plates are for chemiluminescent and fluorescent procedures. Thin-walled and designed for rapid thermal transfer, these plates are precision-moulded to ensure well-to-well and plate-to-plate uniformity.

Supplier: Simport Scientific

Amplate™ raised rim, thin walled PCR plates offer the rigidity needed for automation and are perfectly suited for high performance thermal cycling. Each well makes intimate contact with the heating block while quick and consistent heat transfer is ensured by a uniform wall thickness.

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: MICROSOLV

The U-2D™ universal two dimensional 96-well plate system offer users unprecedented sample management control compared to current glass lined or plastic well plates for sample preparation or chromatography.

Supplier: Brand

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

Supplier: Thermo Fisher Scientific

HyperSep Retain-AX is a high purity, highly porous polystyrene DVB material partially modified with quaternary functional groups to retain acidic analytes. The problems associated with column drying in traditional silica-based SPE materials are eliminated when using this product.

Supplier: Thermo Fisher Scientific

PS, non treated, with lid, sterile.

Supplier: Thermo Fisher Scientific

The Nunclon™ Sphera™ culture surface allows cells to grow in suspension with virtually no cell attachment. The surface supports many different cell types and their ability to generate spheroids.

Supplier: Brand

The BRAND Insert 2in1 is a cell culture insert used for skin model production, 3D epithelium cultures, chemotaxis analyses, transmigration assays, transport and polarity studies, and more.

Supplier: Thermo Fisher Scientific

For cultivation of most cell types, without matrix coating. Membranes are thermally welded to the polystyrene upper structure. Polycarbonate membranes in larger pore sizes are adaptable to many uses in cell culture including transport studies, toxicity tests, chemotaxis studies and electron microscopy. Membranes are transparent when wet and are suitable for phase contrast and Normanski Optic Systems.