Sample Collection & Processing

Made of polypropylene. Thin-walled and designed for rapid thermal transfer. The skirt around the plate provides a bar coding and labeling area. They are precision-molded to ensure well-to-well and plate-to-plate uniformity. Quite superior to polycarbontate plates, they are impermeable to water vapor. All sealing methods can be used for oil-free operation. Each well has a volume of 100µl. An alphanumeric grid helps sample identification. To facilitate orientation, the top left corner of the plate is cut away on some. Easy to seal since no cylindrical walls extend above the plate.

Made of polypropylene. Thin-walled and designed for rapid thermal transfer. The skirt around the plate provides a bar coding and labeling area. They are precision-molded to ensure well-to-well and plate-to-plate uniformity. Quite superior to polycarbontate plates, they are impermeable to water vapor. All sealing methods can be used for oil-free operation. Each well has a volume of 100µl. An alphanumeric grid helps sample identification. To facilitate orientation, the top left corner of the plate is cut away on some. Easy to seal since no cylindrical walls extend above the plate.

Made of polypropylene. Thin-walled and designed for rapid thermal transfer. The skirt around the plate provides a bar coding and labeling area. They are precision-molded to ensure well-to-well and plate-to-plate uniformity. Quite superior to polycarbontate plates, they are impermeable to water vapor. All sealing methods can be used for oil-free operation. Each well has a volume of 100µl. An alphanumeric grid helps sample identification. To facilitate orientation, the top left corner of the plate is cut away on some. Easy to seal since no cylindrical walls extend above the plate.

Made of polypropylene. Thin-walled and designed for rapid thermal transfer. The skirt around the plate provides a bar coding and labeling area. They are precision-molded to ensure well-to-well and plate-to-plate uniformity. Quite superior to polycarbontate plates, they are impermeable to water vapor. All sealing methods can be used for oil-free operation. Each well has a volume of 100µl. An alphanumeric grid helps sample identification. To facilitate orientation, the top left corner of the plate is cut away on some. Easy to seal since no cylindrical walls extend above the plate.

Made of polypropylene. Thin-walled and designed for rapid thermal transfer. The skirt around the plate provides a bar coding and labeling area. They are precision-molded to ensure well-to-well and plate-to-plate uniformity. Quite superior to polycarbontate plates, they are impermeable to water vapor. All sealing methods can be used for oil-free operation. Each well has a volume of 100µl. An alphanumeric grid helps sample identification. To facilitate orientation, the top left corner of the plate is cut away on some. Easy to seal since no cylindrical walls extend above the plate.

Designed for oil-free operation, these tubes are made of transparent superior quality grade polypropylene for better viewing of the contents. Their ultrathin wall design will ensure rapid thermal transfer and a significant reduction in cycle and PCR reaction time. Attached hinged caps and can be used with heated lids used by thermal cycler manufacturers. They provide positive sealing during thermal cycling and will prevent evaporation while being easily opened and closed with one hand. Frosted writing surface for sample identification. Packaged in tamperproof resealable safety-lock bags.