SDLABIO PCR Plate
SDLABIO PCR plates are a common high-throughput reaction consumable in molecular biology and molecular diagnostics experiments. They are typically available in various formats, including 96-well and 384-well formats. They are used in conjunction with thermal cyclers for DNA or RNA amplification experiments and are particularly well-suited for large-scale sample processing or automated experimental platforms.
PCR Plates For Sale:
96 well pcr plate, 384 well pcr plate. No skirt, half skirt or full skirt. Single/double-shot injection molding.
MOQ: 1 CARTON.
96 well plate well dimensions
PCR Plates For Sale
| Cat No. | Specification | Package |
| PCR96-0.1B | 96×0.1 semi skirted, transparent, for ABI | 10pcs/box. 5boxes/ctn |
| PCR96-0.1W | 96×0.1 non-skirted, transparent | 10pcs/box. 5boxes/ctn |
| PCR96-0.1B-B | 96×0.1 semi skirted, white, for ABI | 10pcs/box. 5boxes/ctn |
| PCR96-0.1B-B-R | 96×0.1 semi skirted, white, for Roche/Biorad | 10pcs/box. 30boxes/ctn |
| PCR96-0.1W-B | 96×0.1 non-skirted, white | 10pcs/box. 5boxes/ctn |
| PCR96-0.2B | 96×0.2, semi skirted, transparent | 10pcs/box. 5boxes/ctn |
| PCR96-0.2W | 96×0.2, non-skirted, transparent | 10pcs/box. 5boxes/ctn |
| PCR96-0.2WT | 96×0.2, non-skirted, transparent , convex type | 10pcs/box. 5boxes/ctn |
| PCR96-0.2B-B | 96×0.2, semi skirted, white | 10pcs/box. 5boxes/ctn |
| PCR96-0.2W-B | 96×0.2, non-skirted, white | 10pcs/box. 5boxes/ctn |
| PCR96-0.2-ABI | 96×0.2, half-rise skirt, transparent, for ABI, | 10pcs/box. 5boxes/ctn |
| PCR384-2 | 384 wells, transparent, double-cut corner, for ABI | 5 pcs/bag, 5 bags/box, 6 boxes/ctn |
| PCR384-2-B | 384 wells, white, double-cut corner, for ABI | 5 pcs/bag, 5 bags/box, 6 boxes/ctn |
| PCRS96-0.1B | 96×0.1, semi skirted, transparent frame + transparent tube, A12 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.1BC | 96×0.1, semi skirted, transparent frame + transparent tube, detachable, A12 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.1LTBC | 96×0.1, semi skirted, blue frame + transparent tube, detachable, A12 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.1TBB | 96×0.1, semi skirted, transparent frame + white tube, H12 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.1Q-LT | 96×0.1, full skirted, blue frame + transparent tube, H1 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.1Q-BB | 96×0.1, full skirted, white frame + white tube, H1 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.1Q | 96×0.1, full skirted, transparent frame + transparent tube, PC+PP | 10pcs/box. 5boxes/ctn |
| PCRS96-0.1Q-BT | 96×0.1, full skirted, white frame + transparent tube, H1 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.2B | 96×0.2, semi skirted, transparent frame + transparent tube, A12, for ABI | 10pcs/box. 5boxes/ctn |
| PCRS96-0.2BC | 96×0.2, semi skirted, transparent frame + transparent tube, A12, detachable | 10pcs/box. 5boxes/ctn |
| PCRS96-0.2BTB | 96×0.2, semi skirted, white frame + transparent tube, A12 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.2LTB | 96×0.2, semi skirted, blue frame + transparent tube, A12 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.2TBB | 96×0.2, semi skirted, transparent frame + white tube, H12 | 10pcs/box. 5boxes/ctn |
| PCRS96-0.2LBB | 96×0.2, semi skirted, blue frame + white tube, H12 | 10pcs/box. 5boxes/ctn |
| PCRS384-1 | 384 wells, 40 µl, full skirted, transparent frame + transparent tube, A24 | 10pcs/box. 5boxes/ctn |
| PCRS384-1-BT | 384 wells, 40 µl, full skirted, white frame + transparent tube, A24 | 10pcs/box. 5boxes/ctn |
| PCRS384-1-BB | 384 wells, 40 µl, full skirted, white frame + white tube, A24 | 10pcs/box. 5boxes/ctn |
| PCRS384-1-HB | 384 wells, 40 µl, full skirted, black frame + white tube, A24 | 10pcs/box. 5boxes/ctn |
| PCRS384-2-BB | 384 wells, 40 µl, full skirted, white frame + white tube, A24, P24 | 10pcs/box. 5boxes/ctn |
| PCRS384-2-BT | 384 wells, 40 µl, full skirted, white frame + transparent tube, A24, P24 | 10pcs/box. 5boxes/ctn |
| PCRS384-2 | 384 wells, 40 µl, full skirted, transparent frame + transparent tube, A24, P24 | 10pcs/box. 5boxes/ctn |
| PCRS384-2-TB | 384 wells, 40 µl, full skirted, transparent frame + white tube, A24, P24 | 10pcs/box. 5boxes/ctn |
Feature Of PCR Plate
- Standard PCR plates are made of PP. Dual-material PCR plates are produced by two-shot injection molding, with a PC frame and PP wells, combining high strength and excellent thermal conductivity in one design.
- The plate body is free of bubbles and impurities, reducing light scattering interference.
- The ultra-thin tube design offers smooth, thermally conductive surfaces.
- Precise identification: Each PCR plate edge is marked with laser-etched digital numbers (such as A1-H12 coordinates), which supports rapid positioning of samples in high-throughput experiments and avoids confusion of well positions. The numbering uses high-contrast color matching (such as black font + white base plate), which is suitable for different lighting conditions, and the reading clarity is improved by 40%.
- Durable design: The numbering area is covered with a chemical-resistant coating, which resists wiping with common disinfectants such as ethanol and isopropanol, and does not fade after long-term use. Withstands -80°C ultra-low temperature storage and 121°C high-pressure sterilization.
- Application scenarios: Multi-well plate partition management in multiplex PCR experiments. Accurate tracking during batch processing of automated workstations.
- Sealing compatibility: Matching mainstream pcr plate sealing film (such as Bio-Rad Microseal®), the light transmission loss rate after sealing is <3%, avoiding signal attenuation.
Experimental value: Improve the consistency of Ct value of real-time fluorescence quantitative PCR (qPCR). Reduce background noise in gel imaging. - Flexible adaptability: Multiple specifications are available: 96 well PCR plates(0.1ml PCR plate/PCR plates 0.2 ml)、384 well PCR plates, non-skirted PCR plate/semi skirted PCR plate/full skirted PCR plate. Single/double-shot injection molding are optional. Alternative to Axygen PCR plates/Eppendorf PCR plates and Corning PCR plates, and so on.
FAQ Of PCR Plates
Skirted VS Non skirted pcr plate
Advantages of PCR plates with skirts
- Strong mechanical stability: The edge reinforcement design prevents deformation and is suitable for automated workstations (such as robotic arm grabbing, liquid handling systems) to reduce dispensing errors.
- Better sealing: The full skirt structure provides a flat surface to ensure that the sealing film fits tightly and reduces evaporation (the evaporation rate is 30% lower than that of non-skirted plates).
- High temperature uniformity: The thick wall design improves the consistency of heat conduction and is suitable for experiments that require precise temperature control (such as qPCR).
- Strong compatibility: Complies with ANSI/SBS standards and is suitable for high-throughput sequencers (such as Illumina NovaSeq) and high-end PCR instruments.
Advantages of PCR plates without skirts
- Lower cost: The simplified structure reduces production costs and is suitable for routine experiments with limited budgets.
- Flexible operation: The light and thin design facilitates manual operation and is suitable for small-scale experiments or teaching scenarios.
- Space saving: It takes up less space when stacked for storage, which is suitable for situations where laboratory storage conditions are limited.
- Compatible with common equipment: Compatible with most basic PCR instruments (such as Bio-Rad T100, Eppendorf Mastercycler).
Selection suggestions
- Automated laboratories: Full-skirt plates are preferred to ensure mechanical compatibility and stability.
- Fluorescence detection experiments: Semi-skirted optically transparent plates (such as Bio-Rad Hard-Shell®) are the best choice.
- Manual/low-cost experiments: Skirtless plates are more cost-effective, but attention should be paid to sealing (matched with high-quality sealing film).
What types of PCR plates are there, and how do I choose one?
PCR plates are primarily categorized into three types: non-skirted, semi-skirted pcr plates, and fully-skirted. Non-skirted plates are highly versatile and economical; semi-skirted plates are suitable for partially automated systems; and fully-skirted plates offer increased rigidity and are ideal for high-throughput automated operations. The choice should be based on the instrument model and experimental requirements.
Can PCR plates be used for real-time quantitative PCR?
Yes. SDLABIO offers both clear and white PCR plates suitable for qPCR experiments. White plates enhance fluorescent signal reflection and improve detection sensitivity, while clear plates are more suitable for conventional PCR or assays requiring optical clarity.
How can I avoid contamination when using PCR well plate?
We recommend using a DNase- and RNase-free sealing film and using filter tips during sample loading and manipulation to reduce aerosol contamination.
What are the advantages of a double-shot injection molding PCR plate?
The biggest advantage of double-shot injection molding PCR plates over standard PCR plates is their improved thermal conductivity and greater plate stability, making them suitable for high-sensitivity and high-throughput experiments. Key advantages include:
- Faster heat transfer
The double injection molding design allows for extremely thin inner walls of the reaction wells, enabling rapid heat transfer and ensuring that the PCR reaction system closely follows the temperature changes of the thermal cycler, improving amplification efficiency and specificity.
- Enhanced structural strength
The “second layer” of support on the outer wall enhances the mechanical strength of the plate, preventing deformation even during high-temperature cycling and preventing problems such as plate warping and well misalignment.
- Higher Experimental Reproducibility
Because each well is heated evenly, experimental data is more consistent and reproducible, making it particularly suitable for real-time quantitative PCR (qPCR) and experiments requiring strict temperature control.
- Excellent Compatibility
Double injection molding PCR plates typically conform to standard SBS dimensions, making them compatible with most mainstream thermal cyclers and automated liquid handling systems. They are also less susceptible to damage during automated operations.
- Suitable for High-Throughput Applications
When large numbers of samples need to be tested simultaneously, double injection molding PCR plates ensure reaction stability and consistent results, making them ideal for large-scale screening in genetic testing, clinical diagnostics, and scientific research.
In what scenarios can PCR plates be used?
- Molecular diagnosis: high transparency + nuclease-free characteristics, suitable for clinical projects such as new coronavirus nucleic acid detection and HPV typing.
- Gene sequencing: The digital numbering system supports sample tracking in NGS library preparation and reduces the risk of cross-contamination.
- Cell research: DMSO-resistant design is suitable for stem cell cryopreservation solution packaging.
What plates should I use for qPCR?
For qPCR, you should use thin-walled optical pcr plate (usually 0.1 mL or 0.2 mL) with clear wells and flat optical sealing films or caps, chosen to match your instrument’s block format and read mode (top or bottom).
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