Nunc™ 463201 Immuno™ Breakable Module Plate for Luminescence Applications, Framed, C8 LockWell™ Well Design with MaxiSorp™ Surface, White Polystyrene, Certified & Non-Sterile (Case of 60)

This Immuno™ LockWell™ Fluoronunc™/Luminunc™ breakable module is specifically designed for fluorometric and luminometric immunoassays. The unique design offers error-free flexibility. Each well locks in the frame and maintains the same height to provide accurate reading and efficient washing. Module features a MaxiSorp™ surface which is hydrophilic and ideal for antibody sandwich assays. Wells are made of high-quality polystyrene (PS). The white color offers an opaque and reflective surface and provides low cross talk and minimal background. This framed module features 96 wells per frame. The C8 strips provide flexibility with sample size and optimal washing performance. Compatible with common instrumentation. Certified binding homogeneity. Non-sterile. Material: Polystyrene (PS). Color: White. Configuration: C8. Surface: MaxiSorp™. Total Volume: 350µl/Well. Dimensions: 128 x 86mm. Number of Wells: 96. Nunc #: 463201.

This Immuno™ LockWell™ Fluoronunc™/Luminunc™ breakable module is specifically designed for fluorometric and luminometric immunoassays. The unique design offers error-free flexibility. Each well locks in the frame and maintains the same height to provide accurate reading and efficient washing. Module features a MaxiSorp™ surface which is hydrophilic and ideal for antibody sandwich assays. Wells are made of high-quality polystyrene (PS). The white color offers an opaque and reflective surface and provides low cross talk and minimal background. This framed module features 96 wells per frame. The C8 strips provide flexibility with sample size and optimal washing performance. Compatible with common instrumentation. Certified binding homogeneity. Non-sterile. Material: Polystyrene (PS). Color: White. Configuration: C8. Surface: MaxiSorp™. Total Volume: 350µl/Well. Dimensions: 128 x 86mm. Number of Wells: 96. Nunc #: 463201.