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Thermo Scientific™ Piko PCR Plate, 24-well, clear

Catalog No. SPL024050
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SPL024050 50 plates
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Catalog No. SPL024050 Supplier Thermo Scientific™ Supplier No. SPL024050
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Description

Thermo Scientific™ Piko PCR Plates are modular, ultra-thin wall PCR plates for Piko* Thermal Cyclers.

Thermo Scientific™ Piko™ PCR Plates are modular, ultra-thin wall PCR plates for Piko Thermal Cyclers.

>Highlights

• Ultra Thin Wall (UTW) for fast PCR/qPCR applications
• Low profile
• Designed for use with the Piko and PikoReal 24-well thermal cyclers
• Plates can be snapped into the plate frame to create a standard 96-well plate
• Compatible with standard multi-channel pipettes and liquid-handling platforms
• Well spacing and footprint conform to industry (ANSI) dimensions

Applications

• PCR

Related Products
Piko PCR Plate, 24-well, white
Piko PCR Plate, 24-well, clear
Plate Frame for 24-well Piko PCR Plates, white

Specifications

Barcode No Barcode
Certifications/Compliance Certified RNase/DNase-free
Packaging 50 Plate
Product Line Piko
Color Clear
Product Type PCR Microplate
For Use With (Equipment) Piko Thermal Cycler, PikoReal Real-Time PCR System
Material Polypropylene
No. of Wells 24
Quantity 50 plates
Reaction Speed Low profile
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Frequently Asked Questions (FAQs)

Are ultra thin wall (UTW) vessels compatible with real-time experiments?

Yes. All of the UTW plastics we provide are well suited for qPCR reactions.
Will ultra thin wall (UTW) vessels automatically speed up reactions on my conventional thermal cycler?

To realize the time savings of the UTW plastics on conventional thermal cyclers, optimization of the protocol is required. This typically involves reducing hold times and changing the actual hold temperatures.
Are ultra thin wall (UTW) vessels prone to break more often because of their thinner walls?

When used as instructed, these vessels are remarkably robust and can handle typical laboratory conditions, without fracturing or resulting in loss of volume. It is recommended that, when applying caps, a proper tray be used to protect the bottom of the tubes from excessive force that is typically used.
Can I use lower volumes in my 96-well Piko PCR Plate than I could in a conventional 96-well microplate?

Yes. Typically, you should be able to use less than half the volume that you currently use on your conventional cycler and achieve equivalent or better results.
How do I know whether I need to purchase the frames for my Piko PCR Plates?

The frames for the Piko PCR Plates allow for easier handling and storage, particularly if you wish to use these plates in conjunction with laboratory equipment designed for microplates (such as centrifuges, plate readers or liquid handlers). Also, the frames allow the ability to stack the plates in a stable and compact fashion for archiving or storage.
What is a Piko PCR Plate?

A Piko PCR Plate is a plate for PCR that is equivalent to one-fourth of a standard microplate and is equal to a microscope slide in footprint. These plates conserve all of the standard well-spacing and well-geometry of conventional microplates, e.g., a 96-well Piko PCR Plate has the same 4.5 mm pitch as most conventional 384-well microplates. Up to four Piko PCR Plates can be reversibly snapped into a frame to give the equivalent footprint of a conventional 96-well or 384-well microplate. Piko PCR Plates provide many advantages over traditional microplates: they are available at a lower cost, they accept lower reaction volumes, and require less storage space. In addition, many of the same types of advantages were incorporated in the instrumentation designed to use these plates: the thermal cycler has a smaller footprint, is less expensive, has higher thermal performance specifications, and consumes less power.
Can I use full-height as well as low-profile PCR vessels in the Piko 24?

The 24-well Piko will only accept low-profile 0.2 mL tubes or plates with flat-caps or sealers. The taller design of vessels simply will not fit in the instrument. The taller design of full-height tubes was originally designed for centrifugation, not for PCR. Low-profile tubes and plates are optimal for PCR because the portion protruding above the cycler block has been shortened, minimizing the potential for condensation and reducing mass to allow faster thermal transfer.

For Research Use Only. Not for use in diagnostic procedures.