CrossLab Rectangular, Triangular and Flow Cells for Fluorescence Systems, Agilent Technologies

Supplier: Agilent
6610024200 6610023500 6610021600 6610021400 6610000900 6610021400 6610001200 6610023700 6610021500 6610024200 6610000900 6610021200 6610021200 6610023500 6610021500 6610001200 6610023700 6610021600
AG6610000900PK 702.42 USD
CAAG6610021600 CAAG6610000900 CAAG6610021500 CAAG6610021400 CAAG6610023700 CAAG6610023500 CAAG6610001200 CAAG6610021200 CAAG6610024200 AG6610000900 AG6610021400 AG6610023700 AG6610021500 AG6610021200 AG6610023500 AG6610021600 AG6610001200 AG6610024200
CrossLab Rectangular, Triangular and Flow Cells for Fluorescence Systems, Agilent Technologies
Cuvettes Spectrophotometer Cuvettes
Fluorescence cells for Cary Eclipse including rectangular, triangular, or flow through cells.

  • Rectangular cells have 4 polished faces for high precision fluorescence measurements
  • Mirrored rectangular cells have mirroring on two adjacent sides for increased sensitivity with cuvette-based fluorescence measurements
  • Fits any standard cell holder and has unique surface flatness of the optical windows, high temperature stability, and high chemical resistance
  • 20mm z height for compatibility with Cary Eclipse fluorescence systems
  • Exceptional accuracy in terms of optical path length and parallelism and has outstanding measurement reproducibility
  • Guaranteed transmission of >80% from 200-3500 nm (depending on the cell window material)

Agilent's fluorescence cells enable fast, effective and precision measurement of liquid samples with Cary Eclipse systems. Select from standard rectangular cells, mirrored rectangular or triangular cells for single fluorescence measurements and flow through cells which can improve productivity.

Triangular cells are used for front surface fluorescence measurement, when the sample is too dense for the transmission of excitation or emission energy. Sample is excited at an angle of 45° to both the excitation source and the emission detector.

Flow through cells are designed for use with a sipper to reduce sample measurement time and operator-induced errors associated with manually filling cuvettes.

​Flow through cells have three clear windows - the excitation beam passes through the cell, and the emission window is at 90 degrees to the excitation windows.
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