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LWCC-M Series

LWCC-M Series


  • Fiber Optic low volume flow cell
  • UV, VIS, NIR absorbance
  • Fits 500 and 600 µm fibers
  • DNA, RNA and protein quantification
  • Colorimetric nutrient and trace metal analysis
  • Drug discovery and dissolution testing

LWCC-M Series Brochure

LWCC-M Series Instruction Manual

Benefits

  • High efficiency coupling
  • Low refractive index offset
  • Fits TIDAS systems and other fiber-coupled spectroscopy equipment

Details

The LWCC-M series is a MicroLWCC fiber optic low volume flow cell for UV/VIS/NIR absorbance analysis. Based on WPI’s established liquid core waveguide technology, the analyte solution functions as the core of a fluid filled light waveguide. Wetted parts in the sample cell light path are PEEK, fused silica and PTFE. Optical fibers are used to transport light to and from the sample cell. The cell can be used in biochemistry for DNA, RNA & protein quantification, colorimetric nutrient and trace metal analysis, drug discovery and dissolution testing, process control, and HPLC analysis.

Selection Table

  LWCC-M-10 LWCC-M-50 LWCC-M-100
Optical Pathlength 10 mm 50 mm 100 mm
Internal Volume 2.4 μL 12 µL 24µL
Refractive Index@ 280nm * < 7 mAU <15 mAU <30 mAU
Transmission @ 254nm ** 25% 20% 15%
Transmission @ 500nm ** 40% 35% 30%
Wavelength Range 200-1000 nm
Fiber Connection [μm] 600 (SMA)
Maximum Pressure 1000 PSI
Wetted Materials PEEK, Fused Silica, PTFE
Image LWCC-M-10 LWCC-M-50 LWCC-M-100

* Measured using ASTM E 685-93, includes intrinsic solvent absorbance

** Reference: Two 500μm fiber, butt-connected

WPI Patents: 5,444,807; 5,570,447; 5,604,587; 6,603,556; 6,385,380

Resources

Instruction Manual LWCC-M Series

LWCC-M Series Datasheet



Choose Quantity
LWCC-M-100

LWCC-M-100

MicroLWCC low volume flow cell, 100 mm pathlength, internal volume 24 μL


Choose Quantity
LWCC-M-50

LWCC-M-50

MicroLWCC low volume flow cell, 50 mm pathlength, internal volume 12 μL


Choose Quantity
LWCC-M-10

LWCC-M-10

MicroLWCC low volume flow cell, 10 mm pathlength, internal volume 2.4 μL

Our Clients Include:

GlaxoSmithKline
University College London
Novartis
Imperial College
University of Cambridge
University of Oxford

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