Obtain consistent and reliable results with Thermo Scientific™ Nunc™ MicroWell™ 96-Well Microplates, which are optimized for robotics, automated readers and liquid handling systems. These microplates are used for antibiotic screens, cell-based assays and screening compounds. The…

Compatible with most automatic dilutors, pipettors and centrifuges, plate readers and washers Alphanumeric markings aid in well identification Stacking beads and uniform footprints for easier handling One-way lid fit for non-reversible operations Certified non-pyrogenic …

Improves cell attachment leading to increased cell growth and yields Consistent and even cell attachment Clear, flat-bottom microplate inserts are treated with a patented Corning® CellBIND surface treatment for optimal cell attachment. Flat bottom microplates have a 360 µL total…

6900A10 and 6900A12 Lid rings to reduce evaporation on 6, 12, 24 and 48 well plates Sterilized by gamma radiation Clear polystyrene Stackable Frosted areas for marking Six, flat-bottomed wells are treated for improved cell attachment and growth. Wells have number designations and are…

Nunclon™?, Poly-D-Lysine or Collagen I surfaces for cell culture Non-treated plates are optimized for scintillation counting White or black upper structure with polymer bottom plates combine the clarity of virgin crystalline polystyrene with optimal surface for a wide range of HTS…

Compatible with most automatic dilutors, pipettors and centrifuges, plate readers and washers Alphanumeric markings aid in well identification Stacking beads and uniform footprints for easier handling Uniform footprint Costar ® 96 WellCell Culture Clusters are treated…

Ensure consistent and reliable results using the high quality Thermo Scientific™ Nunc™ F96 MicroWell™ Black and White Polystyrene Plates. Black and white plates are optimized for robotics, plate readers and liquid handling systems and designed for key imaging characteristics.…

Non-cytotoxic Biologically inert Gamma irradiation sterilized Non-degradeable Ultra-low attachment plates feature a covalently bound hydrogel layer that inhibits cellular attachment minimizing protein absorption, enzyme and cellular activation.