PCR-platen

Supplier: VWR Collection

Constructed with ultra-thin and consistent wall thickness to allow precise thermal transfer for optimum results.

Supplier: VWR Collection

Rigid qPCR Plates feature a rugged polycarbonate frame, providing a solid and flat surface that guarantees seamless interaction with automated liquid handling platforms. With a firm grip assured, robots can confidently place these plates with utmost precision, eliminating any concerns of misalignment.

Supplier: VWR Collection

VWR® PCR-platen met 96 wells zijn compatibel met de meeste toonaangevende PCR- en real-time PCR-instrumenten.

Supplier: VWR Collection

VWR® 96- and 384-well Real-Time PCR plates are compatible with most leading Real-Time PCR instruments including most BioRad, Applied Biosystems, Roche Lightcycler and Analytik Jena models.

Supplier: Thermo Fisher Scientific

Armadillo™ 384-well PCR platen combineren de stevigheid van een kader vervaardigd uit polycarbonaat met dun-gelaagde polypropyleen putjes die zorgen voor een superieure thermal cyclying prestatie in alle omstandigheden, zonder te verbuigen. Alle formats zijn beschikbaar met doorzichtige of witte putjes met het hoogste gevoeligheidsniveau voor alle PCR en qPCR reacties.

Supplier: Thermo Fisher Scientific

Piko® PCR plates utilise ultra-thin wall (UTW) technology to dramatically reduce the thickness of the well walls, and are specifically designed for use in the Piko® thermal cycler and the PikoReal® Real Time PCR system. Piko® PCR plates have the footprint of a microscope slide. Four Piko® 24-well (96-well) plates can be snapped into the plate frame to create a standard 96-well (384-well) plate.

Supplier: EPPENDORF

Discover the PCR Plates BioBased made of bio-based polymer (mass balance approach). These plates allow you to significantly reduce your consumable-related carbon footprint and yet to maintain the identical technical performance. The new bio-based plates have the identical material properties and technical specifications as the legacy plates.

Supplier: Avantor

J.T.Baker® PCR-platen bestaan uit twee kunststof onderdelen. Een ultra-stijf frame van polycarbonaat voor automatisering en ultra-dunne wells van polypropyleen voor optimale thermische overdracht en qPCR-resultaten.

Supplier: VWR Collection

Rigid qPCR Plates feature a rugged polycarbonate frame, providing a solid and flat surface that guarantees seamless interaction with automated liquid handling platforms. With a firm grip assured, robots can confidently place these plates with utmost precision, eliminating any concerns of misalignment.

Supplier: EPPENDORF

Eppendorf twin.tec® PCR plates LoBind, available in 96 and 384-well formats, maximize nucleic acid recovery and are certified as 'PCR clean' for consistently reliable results.

Supplier: Thermo Fisher Scientific

Rigid PC frame, thin-walled PP wells. Ultra-rigid 96-well PCR plates with rounded V-bottom wells designed for robotic applications.

Supplier: Thermo Fisher Scientific

The full-skirted design of these PP plates is robotic-friendly, allowing for automated processes.

Supplier: Thermo Fisher Scientific

VersiPlates comprise strips of eight tubes linked to each other forming the familiar 12×8 or 96-well ANSI/SBS format. The small tear points between strips enable a single strip or as many as required for the individual experiment to be separated.

Supplier: Thermo Fisher Scientific

PP. De PCR detectie plaat bevat een vlak deck voor een verbeterde behandeling en verzegeling.

Supplier: Thermo Fisher Scientific

PP. Het lage profiel van de plaat vermindert de 'dode ruimte' tussen het verwarmde deksel van het PCR-toestel en het monster. Zo wordt condensatie op de zijwand van het buisje uitgesloten, wat vermindering van het PCR-volume voorkomt en de efficiëntie van de reactie verhoogt.

Supplier: Thermo Fisher Scientific

VersiPlates comprise strips of eight tubes linked to each other forming the familiar 12×8 or 96-well ANSI/SBS format. The small tear points between strips enable a single strip or as many as required for the individual experiment to be separated.