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Developed for quantitative and qualitative solid phase immuno assays, e.g. ELISA techniques.Alphanumeric orientation systemsHigh optical qualityModules remain in frame when invertedCertified reproducibility of bindingFree-standing modulImmulon™ 1 B surface is used to absorb hydrophobic molecules.
Developed for quantitative and qualitative solid phase immuno assays, e.g. ELISA techniques.Alphanumeric orientation systemsHigh optical qualityModules remain in frame when invertedCertified reproducibility of bindingFree-standing modulImmulon™ 2 HB surface is slightly hydrophilic and binds a variety of biomolecules.
Developed for quantitative and qualitative solid phase immuno assays, e.g. ELISA techniques.Alphanumeric orientation systemsHigh optical qualityModules remain in frame when invertedCertified reproducibility of bindingFree-standing modulImmulon™ 4 HBX surface is hydrophilic and ideal for antibody sandwich assays.
Removable hinged lid fits both sides. Flip this polypropylene reversible rack to the size of tubes you need. PCR side of the rack has 168 wells that hold 0.2 ml tubes. The wells accommodate 8- or 12-tube strips or individual tubes. The opposite side of the rack has 40 wells that hold 0.5 ml tubes. Both sides of the rack have 12 wells for 1.5 ml tubes. Autoclavable.
Ultra-thin wall design facilitates rapid and steady heat transfer. Smooth interior tube surface minimises binding of enzymes and nucleic acids. Raised rims of wells protect against cross-contamination and provide tight seal particularly in combination with new sealing mats. The 24/48 well plates reduce material costs and allow work on a compact PCR plate even with small sample throughputs.Suitable for most types of standard thermal cyclersBIO-CERT® PCR QUALITY: Free of human DNA, RNase, DNase, Pyrogens and PCR-Inhibitors
For sampling and storage of PCR tubes. This rack accommodates individual 0.2 ml tubes, strips of 8, as well as 32-place assay plates (8x4).With removable, hinged lidEmbossed numbers and letters for easy identificationStackableAutoclavable
White and black versions are available on request.
Small volume applicationsRound bottom wells for optimal sample recoveryWorking volume range: 2-35 µl/well
Conical flat bottom for cell culture or assays25 µl total volume saves reagentsStandard height provides optimal handling, barcodingWorking volume range: 2-20 µl/well
HiBase microplates can be used for top reading measurements of samples with low working volume. Due to the low level of autofluorescence, the plates are well suited for cell-based test systems. Free of human DNA, RNase/DNase, and pyrogens.
LoBase microplates can be used for bottom reading measurements of samples with low working volume. The plates have a transparent μClear® bottom. Due to the low level of autofluorescence, the plates are well suited for cell-based test systems. Free of human DNA, RNase/DNase, and pyrogens.
384 well microplates made of polystyrene have square wells with rounded corners, which prevents capillary effects. Transparent plates are ideal for optical measurements. Black plates with minimal backscattered light and background fluorescence are recommended for fluorescence measurements. White plates with maximum reflectance and minimum autoluminescence are recommended for luminescence measurements.
384 well microplates made of polystyrene have square wells with rounded corners, which prevents capillary effects. The Nunclon™ Δ surface is hydrophilic and promotes cell adhesion and cell growth. Transparent plates are ideal for optical measurements. Black plates with minimal backscattered light and background fluorescence are recommended for fluorescence measurements. White plates with maximum reflectance and minimum autoluminescence are recommended for luminescence measurements.
384 well plate with a chamber structure made of polystyrene with a transparent base plate made of cover glass (no. 1.5). For optimal fluorescence and luminescence in cell culture and microscopy applications. The Nunclon™ Δ surface is hydrophilic and promotes cell adhesion and cell growth.
384 well microplates made of polystyrene have square wells with rounded corners and are suitable for performing quantitative and qualitative immunoassays. The MaxiSorp™ surface is hydrophilic and suitable for antibody sandwich assays. Transparent plate is ideal for optical measurements. Black plate with minimal backscattered light and minimal background fluorescence is recommended for fluorescence measurements. White plate with maximum reflectance and minimum autoluminescence is recommended for luminescence measurements.
Combining a white or black upper structure with an optically clear, flat well bottom polymer base allows for reading from bottom and top, or both. Nunclon™Δ surface modifications are for cell culture optimized. Non-treated plates are ideal for scintillation counting.Material plates: PolystyreneTotal volume µl/well: 120
Low binding surfaceRound bottom wells for optimal sample recoveryCertified RNase/DNase-freeWorking volume range: 10-100 µl/wellMaterial plates: PolypropyleneTotal volume µl/well: 120
Cell culture plates with scaffolds for 3D cell culture and the cultivation of adherent cells. The patented 3D scaffold with highly hydrophilic surface is fixed in the wells, simulating the three-dimensional structure of the cells and creating an ideal environment for cell interaction.3D scaffold with a fiber diameter of 500 µm and a pore width of 260 µmSterilized by gamma irradiationIndividually packedDNase/RNase-freePyrogen-free
Cell culture plates with scaffolds for 3D cell culture and the cultivation of adherent cells. The patented 3D scaffold with highly hydrophilic surface is fixed in the wells, simulating the three-dimensional structure of the cells and creating an ideal environment for cell interaction.3D scaffold with a fiber diameter of 500 µm and a pore width of 260 µmSterilized by gamma irradiationIndividually packedDNase/RNase-freePyrogen-free
Optical window down to 230 nm ideal for nucleic acid determinations at 260 nm/280 nmFor measurements of protein concentration at 280 nm
Fully compatible to all current standard-equipments (reading and washing devices). Safe stacking, no danger of slipping. Appropriate gripping surfaces at the side. Frosted surface of the plates prevents errors from extraneous light. Alpha-numerical well identification for easy sample location. Space for identification marking on the side surface.U-Well: No edges, therefore simple and clean to pipette into, for +/- evaluations, especially suitable for agglutination-tests.V-Well: Especially good for releasing the "last drop" from the pipette, for +/- evaluations, suitable for storage of samples.F-Well: For precise optical measurements, for microscopic applications (Bottom Reading), rims at the bases prevent a scuffing of the optical surface, widened cell-growth-surface.