Learn More
Thermo Scientific™ Armadillo PCR Plate, 96-well, clear, semi-skirted, clear wells
Description
Thermo Scientific ™ Armadillo™ 96-Well, Clear, Semi-Skirted PCR Plates are the ultimate in high performance PCR plastics. Combining the rigidity of a polycarbonate frame with thin walled polypropylene wells, the Armadillo plate provides superior thermal cycling performance under all conditions without warping.
The barcoded plates (Part numbers BC-2596, BC-3496, BC-2496, BC-3596) are designed for high-throughput, robotic PCR, and qPCR applications and feature a raised rim to improve seal integrity. They are available with both clear (BC-2596, BC-2496) and white (BC-3596, BC-3496) colored wells and with 128-industry standard barcoding.
- Optically clear skirt—Aids in visualization of liquids and improves stacking capabilities in automated handling systems
- ANSI:SBS footprint—With rigidity of polycarbonate skirt, the ANSI footprint ensures complete compatibility with robotic systems for high throughput applications
- Thermostable polycarbonate semi-skirted frame design—Warp-resistant thermal cycling and enhanced mechanical stability in robotic handling
- Thin walled U-bottom wells—Optimal heat transfer and maximum sample recovery
- Indented Alphanumeric Grid reference lettering—Integrated frame and well design for improved heat sealing
- Available in both clear and white colored wells—Ensures the highest level of sensitivity for all PCR/qPCR reactions
- Barcoding available—All plates can be provided with standard barcoding or barcoded to customer specifications for fully automated applications
The barcodes are the industry standard code 128. The label itself can withstand temperatures from -196°C up to 120°C to ensure that the barcodes stay on the plate throughout your entire workflow. It also has a special coating to virtually eliminate any ‘rubbing off' of the code during handling. The dual barcodes are located on the opposite numeric and opposite alpha sides of the plate.
Specifications
Specifications
| Barcode | No Barcode |
| Certifications/Compliance | Certified RNase/DNase-free |
| Packaging | 25 Plate |
| Product Line | Armadillo |
| Color | Clear |
| Product Type | PCR Microplate |
| For Use With (Equipment) | Real-Time PCR Systems or Thermal Cyclers |
| Skirt Style | Semi |
| Material | Polypropylene |
| Volume (Metric) Well | 0.3 mL |
| Show More |
Frequently Asked Questions (FAQs)
We recommend Thermo Scientific low profile PCR plates and tubes for reaction volumes below 20 µL. The low profile design minimizes the airspace between the PCR reaction and reduces evaporation effects, thereby increasing PCR efficiency in low volume reactions.
Low profile Thermo Scientific PCR plastics have shorter wells than the standard profile plastics, decreasing the “dead space” between the heated lid of the thermal cycler and the sample. This eliminates condensation on the side wall of the tube, preventing reduction in PCR volume and increasing the efficiency of the reaction.
We recommend Thermo Scientific Armadillo PCR plates which are designed for robotic handling with high rigidity and resistance. Combining the rigidity of a polycarbonate frame with thin walled polypropylene wells, the Armadillo plates provide superior thermal cycling performance under all conditions without warping.
They are not certified endotoxin-free. However, their entire production process, from molding to final packaging, is carried out in a Class 100,000 clean room under ISO 9001 guidelines. All Thermo Scientific PCR plastics are certified free from RNase, DNase and human DNA.
Thermo Scientific Abgene plastics are not typically sterilized as their entire production process, from molding to final packaging, is carried out in a Class 100,000 clean room under ISO 9001 guidelines. All Thermo Scientific PCR plastics are certified free from RNase, DNase and human DNA. In contrast, during typical non-clean room production, plastics are exposed to many contaminants including dust, bacterial cells, and DNA. The plastics are then sterilized to kill bacteria and inactivate RNases and DNases, but sterilization does not remove dust or DNA contamination. The dust particles left behind can inhibit PCR, and the damaged DNA fragments can still act as templates, leading to non-specific amplification.