Consumables

Eppendorf® twin.tec PCR plates give you the advantages that come from combining two materials: the wells are manufactured from virgin polypropylene, the most successful material used for PCR tubes; polycarbonate, an especially rigid mater... Read more...

Eppendorf real-time PCR Tube Strips feature an extremely thin wall for optimal heat transfer combined with high mechanical stability. In combination with their optical properties these are the ideal tube strips for any real-time PCR, espe... Read more...

• Strips with 8 microcaps for 0.2 ml wells • Easy and rapid sealing of Eppendorf twin.tec plates and other standard microtiter plates, see also Capping Aid • Easy to remove using extension at the end of the strip • Autoclavable (121°C, 20 ... Read more...

SCHOTT offers a wide range of functional coating chemistries protein microarraying under the brand Nexterion®. The slides are manufactured from high quality borosilicate glass that has an ultra flat surface and low inherent fluorescence. T... Read more...

From SCHOTT, the Nexterion® HiSens are develeoped to significantly improve the signal to background ratios for identifying low-expressor genes or low-abundant proteins. The slides are available in all standard Nexterion® coatings. Read more...

From SCHOTT, the Nexterion® multi-well microarray substrates allow the parallel analysis of multiple biological samples against focused subsets of probes. SCHOTT offers multi-well coated substrates in differnt formats: Nexterion® MPX-16-we... Read more...

SCHOTT provides two different types of uncoated glass slides, Nexterion® Glass B (BOROFLOAT® 33) and D (D263T), for customers looking to apply their own functional coatings. Both glass materials are borosilicate glasses with high chemical ... Read more...

SCHOTT offers high-performance "cleaned and inspected" Nexterion® coverslips. A special high performance thin borosilicate glass that has a guaranteed thickness variation of less than plus-minus five microns. Nexterion® coverslips made of ... Read more...