PCR experiment consumables are widely used in the fields of genetics, biochemistry, immunity, medicine, etc., including basic research such as gene isolation, cloning, and nucleic acid sequence analysis, as well as disease diagnosis or places with DNA and RNA, mainly in conjunction with PCR/qPCR/real-time PCR, etc. experiment.

Flat-top 96-Well PCR Plates are designed to fit standard 96-well blocks. Ultra-thin and consistent wall thickness allows precise thermal transfer for optimum results. Can be sealed with 8/12 strip caps, or sealing film.

| Features of 96-Well PCR Plates

• The hole wall is thin, the thickness is uniform, the heat transfer speed is fast, the result is reliable, and the repeatability is strong
• Dimensions conform to ANSI SBS standards and can be used in the automation system
• The edge of the hole is protruded to prevent cross-contamination, and it is also convenient for the sealing film to be safely sealed to prevent evaporation
• The black alphanumeric identification is helpful for quick identification and traceability of samples in the case of manual sample addition
• Production in a 100,000-class clean environment, exclusive quality laboratory verification test to ensure product cleanliness
• Each hole is 100% tested for sealing performance to ensure the safety of sample processing
• Plates can be easily stacked to save storage space

| Specification of 96-Well PCR Plates

P/N	Capacity	Cut corner	Color	Skirt style	Configuration
802019	100 μL	A12/H12	Clear	Non-Skirted, Black Lettering	10 plates/pack, 5 packs/case
802020	100 μL	A12/H12	White	Non-Skirted, Black Lettering	10 plates/pack, 5 packs/case
802016	200 μL	A12	Clear	Semi-Skirted, Black Lettering	10 plates/pack, 5 packs/case
802017	200 μL	H1	Clear	Non-Skirted, Black Lettering	10 plates/pack, 5 packs/case
802018	200 μL	H1	White	Non-Skirted, Black Lettering	10 plates/pack, 5 packs/case
802032	100 μL	H1	White	Skirted, Black Lettering	10 plates/pack, 5 packs/case
802033	100 μL	H1	Clear	Skirted, Black Lettering	10 plates/pack, 5 packs/case

96-Well PCR Microplate Compatible with Roche Light Cycler 480 without Sealing Films, White, Non Sterile

P/N	Capacity	Cut corner	Color	Skirt style	Configuration
802034	100 μL	H12	Clear	Semi-Skirted	10 plates/pack, 5 packs/case
802035	100 μL	H12	White	Semi-Skirted	10 plates/pack, 5 packs/case

96-Well Polypropylene PCR Microplate, Compatible with ABI, Semi-Skirted, Clear, Non Sterile

P/N	Capacity	Cut corner	Color	Skirt style	Configuration
802040	100 μL	A12	Clear	Semi-Skirted	10 plates/pack, 5 packs/case
802041	200 μL	A12	Clear	Semi-Skirted	10 plates/pack, 5 packs/case

96-well Polypropylene PCR Microplate, Full Skirt, Clear, Nonsterile

P/N	Capacity	Cut corner	Tube Color	Shell Color	Skirt style	Configuration
802045	100 μL	H1	Clear	Blue	Skirted	10 plates/pack, 5 packs/case
802046	100 μL	H1	White	Blue	Skirted	10 plates/pack, 5 packs/case
802047	100 μL	H1	Clear	White	Skirted	10 plates/pack, 5 packs/case
802048	100 μL	H1	White	White	Skirted	10 plates/pack, 5 packs/case

| Advantages of PCR Plates

PCR plates offer several advantages over other types of PCR tubes, including:

• Convenience: PCR plates allow you to work with multiple samples simultaneously, which can save time and effort.
• Reduced risk of contamination: PCR plates are typically designed to reduce the risk of contamination between samples. This is important for PCR applications, as contamination can lead to inaccurate results.
• Improved thermal transfer: PCR plates are typically made of thin-walled materials, such as polypropylene or polystyrene, which provides efficient thermal transfer. This is important for PCR applications, as it ensures that all samples are heated and cooled evenly.
• Ease of handling: PCR plates are easy to handle and manipulate, even when wearing gloves. This is important for PCR applications, as it can help to prevent errors.
• Compatibility with automation: PCR plates are compatible with a variety of automated PCR systems. This makes them ideal for high-throughput PCR applications.

| Applications of 96-Well PCR Plates

| FAQ