| Description | 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 sample cups are made from virgin polystyrene and are designed to fit many common analyzers. Caps and lids are made of polyethylene for a snug fit.
- Sample cups for Technicon® analyzers are available in 1.5mL, 2mL and 4mL sizes. Push-on caps (PE) are available for the 1.5mL cups.
- Sample cups for
BRAND sample cups are made from virgin polystyrene and are designed to fit many common analyzers. Caps and lids are made of polyethylene for a snug fit.
- Sample cups for Technicon® analyzers are available in 1.5mL, 2mL and 4mL sizes. Push-on caps (PE) are available for the 1.5mL cups.
- Sample cups for Coulter Counter® analyzers are supplied with lids, and have a capacity of 20mL.
- 12mL sample cups are supplied with snap-on caps (PE).
... Read More | Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical olefin, they can be used with most polar solvents, acids and alkaline solutions. In addition to the macro and semi-micro sizes, UV-cuvettes are available in ultra-micro sizes that require only 70µL of sample volume. The ultra-micro cuvettes are also available individually-wrapped and independently-certified DNA-, DNase-, RNase-free for an extra degree of sample protection. 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 | Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical olefin, they can be used with most polar solvents, acids and alkaline solutions. In addition to the macro and semi-micro sizes, UV-cuvettes are available in ultra-micro sizes that require only 70µL of sample volume. The ultra-micro cuvettes are also available individually-wrapped and independently-certified DNA-, DNase-, RNase-free for an extra degree of sample protection. 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 | Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical olefin, they can be used with most polar solvents, acids and alkaline solutions. In addition to the macro and semi-micro sizes, UV-cuvettes are available in ultra-micro sizes that require only 70µL of sample volume. The ultra-micro cuvettes are also available individually-wrapped and independently-certified DNA-, DNase-, RNase-free for an extra degree of sample protection. 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 |