-40%
10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA
10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA
10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA
10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA
10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA
10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA
10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA

10x - THERMO SCI 464718 -- MaxiSorp 384-Well Plates Clear 120 uL for ELISA

$ 25.87

Availability: 100 in stock
  • Material: Polystyrene
  • All returns accepted: Returns Accepted
  • Depth: 11.7 mm
  • Refund will be given as: Money Back
  • Return shipping will be paid by: Buyer
  • Item must be returned within: 30 Days
  • well shape: flat bottom
  • Brand: Thermo Scientific Nunc
  • plate bottom color: clear
  • Intended Use/Discipline: Molecular Biology Laboratory
  • MPN: 464718
  • Condition: New
  • number of wells: 384
  • sterility: non-sterile
  • Diameter: 3.7 mm
  • Country/Region of Manufacture: United States
  • working volume: 100 ul
  • Custom Bundle: No
  • Modified Item: No
  • Model: 464718

    Description

    Sleeve of 10 THERMO SCI 464718 -- MaxiSorp for ELISA 384-Well Plates Clear 120 uL.  Non-sterile, polystyrene, new in sealed sleeve.  See photos.  Volume discounts available.
    From manufacturer:
    Description
    General description
    MaxiSorp
    ™
    plates for ELISA
    • Same footprint as a 96 well plate
    • Working volume range of 10-100 µL
    • Compatible with robotic, automated readers and liquid handling systems
    • Assay miniaturization increases productivity and reduces cost
    • C-well for optical clarity and sample recovery
    • Reduced risk of well-to-well contamination
    • Optimizes robotic access to wells
    • White and black plates minimize crosstalk
    • Rounded square wells eliminate wicking (capillary action)
    • Flat bottom for optical reading
    • Optimized for scintillation counting
    • Black 384 well plate reduces background fluorescence and minimizes backlight scatter
    • White 384 well plate maximizes reflection of signal while maintaining low background
    • Clear 384 well plate for optical clarity for readthrough applications