| Description | To protect samples, reaction batches or cell cultures from both contamination and evaporation, compatible lids are available for all BRANDplates® microplates. The lids are made of crystal-clear polystyrene. They are optimally matched to the corresponding BRANDplates® microplates, so that plates To protect samples, reaction batches or cell cultures from both contamination and evaporation, compatible lids are available for all BRANDplates® microplates. The lids are made of crystal-clear polystyrene. They are optimally matched to the corresponding BRANDplates® microplates, so that plates with lids can also be stacked. The cut-corner sets the orientation of the lid. For 96- well standard plates, lids with condensation rings are available.... Read More | 384-well PCR plates are an economical solution for automatic high-throughput analyses. Our Rigid Frame PCR plates have a strong polycarbonate frame to ensure safe handling in semi-automated and automated pipetting systems and optimal evaporation protection. The rigid frame also allows the use of 384-well PCR plates are an economical solution for automatic high-throughput analyses. Our Rigid Frame PCR plates have a strong polycarbonate frame to ensure safe handling in semi-automated and automated pipetting systems and optimal evaporation protection. The rigid frame also allows the use of very thin-walled wells from 100% virgin medical-grade polypropylene. The thin walls allow fast transmission of the temperature specified by the cycler, thus reducing cycle times.
For qPCR, white plates are available that optimally reflect the fluorescence signals.
BIO-CERT® PCR QUALITY: Free of human DNA, RNase, DNase, Pyrogens, and PCR-Inhibitors
- High stability and rigidity of the plate due to the polycarbonate frame
- Rapid heat transfer through thin vessel walls
- For applications in automation and high-throughput analyses
... Read More | pureGrade™ BRANDplates feature untreated surfaces for use in a variety of laboratory tasks, such as homogeneous assays, screening and storage.
Sterile Applications
For sterile applications, such as bacteriological assays, pureGrade™ S plates are sterilized by ß-radiation to ISO 11137 and AAMI pureGrade™ BRANDplates feature untreated surfaces for use in a variety of laboratory tasks, such as homogeneous assays, screening and storage.
Sterile Applications
For sterile applications, such as bacteriological assays, pureGrade™ S plates are sterilized by ß-radiation to ISO 11137 and AAMI guidelines for a SAL of 10-6, meeting the requirements of Ph. Eur. and the USP 29. Plates are DNA, DNase, RNase free, as well as meeting cytotoxic substance levels per DIN EN ISO 10993. Endotoxins are <0.01 eu/ml.
Comprehensive Line
96-well format plates are available in U-bottom, V-bottom, F-bottom and C-bottom well shapes, in transparent, white, black, and transparent bottom versions. 384-well plates are available in both standard and low-volume varieties in transparent, white, black and transparent bottom (standard volume only for transparent bottom), as well as a proprietary UV-transparent version offering enhanced chemical resistance. 1536-well plates are available in transparent, white or black.
Easy Identification
White and black pureGrade™ and pureGrade™ S plates feature grey embossed alphanumeric codes for easy well identification, in addition to the identification of the pureGrade™ surface.
Easy Selection
Find the right BRANDplates multiwell plate either by physical characteristics or application with the interactive BRANDplates selection guide.
Bar Codes
Bar coded plates are available upon request in quantities as small as 5000 plates for pureGrade™ untreated plates, or as few as 1000 for plates with surface treatments. They are printed with a two-color process - white base with black barcode for enhanced legibility.... Read More | BRAND's plastic cuvettes are manufactured from the highest quality virgin resins for highest optical quality and are an excellent choice for most spectrophotometry applications in the visible range. Manufactured from polystyrene (PS) or polymethyl methacrylate (PMMA), they provide accurate, reliableBRAND's plastic cuvettes are manufactured from the highest quality virgin resins for highest optical quality and are an excellent choice for most spectrophotometry applications in the visible range. Manufactured from polystyrene (PS) or polymethyl methacrylate (PMMA), they provide accurate, reliable results. Choose PS for determinations above 340nm, and where cost is a concern. When performing assays above 300nm, choose PMMA. (For wavelengths below 300nm, see our UV-cuvettes). These disposable cuvettes are available in macro and semi-micro sizes to accommodate most sample volumes and are compatible with most spectrophotometers and photometers. All BRAND cuvettes are manufactured from scratch-resistant materials, and are grouped by manufacturing mold cavity number to ensure the lowest variation in extinction coefficient.... Read More | BRAND's plastic cuvettes are manufactured from the highest quality virgin resins for highest optical quality and are an excellent choice for most spectrophotometry applications in the visible range. Manufactured from polystyrene (PS) or polymethyl methacrylate (PMMA), they provide accurate, reliableBRAND's plastic cuvettes are manufactured from the highest quality virgin resins for highest optical quality and are an excellent choice for most spectrophotometry applications in the visible range. Manufactured from polystyrene (PS) or polymethyl methacrylate (PMMA), they provide accurate, reliable results. Choose PS for determinations above 340nm, and where cost is a concern. When performing assays above 300nm, choose PMMA. (For wavelengths below 300nm, see our UV-cuvettes). These disposable cuvettes are available in macro and semi-micro sizes to accommodate most sample volumes and are compatible with most spectrophotometers and photometers. All BRAND cuvettes are manufactured from scratch-resistant materials, and are grouped by manufacturing mold cavity number to ensure the lowest variation in extinction coefficient.... Read More |