Spectroscopy Cuvettes and Cells
Fireflysci Type 9M Semi-Micro Black Cuvette with PTFE Cover (Material: Black UV Quartz) (Lightpath: 10mm)
Type 9M Semi-Micro Cuvette with PTFE Cover (Material: Black UV Quartz) (Lightpath: 10mm)• Cuvette has an open top with a PTFE lid which rests on the top• Material is UV Quartz (transmits over 80% between 190-2,500nm)• Black quartz is to block out and absorb any stray light• Two windows optically polished• Lightpath is 10mm• Outside dimensions 12.5x12.5x45mm• Inside Dimensions- 10x4x45mm• Capacity- 1.4mL
Fireflysci Type 1 Macro Cuvette with PTFE Cover (Material: UV Quartz) (Lightpath:5mm)
Type 1 Macro Cuvette with PTFE Cover (Material: UV Quartz) (Lightpath:5mm)• Cuvette has an open top with a PTFE lid which rests on the top• Material is UV Quartz (transmits over 80% between 190-2,500nm)• Two windows optically polished• Lightpath is 5mm• Outside dimensions 7.5x12.5x45mm• Inside Dimensions- 5x10x45mm• Capacity- 1.7mL
Fireflysci Type 46FL Semi-Micro Fluorescence Screw Cap Cell (Material: UV Quartz) (Lightpath: 10x4mm)
Type 46FL Semi-Micro Fluorescence Screw Cap Cell (Material: UV Quartz) (Lightpath: 10x4mm)• Cuvette has an airtight cap, which screws onto the top of the cuvette• Each cell comes standard with one closed screw cap and one open screw cap with a self-healing injection disc (SEPTA)• Material is UV Quartz (transmits over 80% between 190-2,500nm)• Four windows and the base optically polished for fluorescence measurements• Lightpath is 10x4mm • Outside dimensions 12.5x12.5x55mm• Inside Dimensions- 10x4x45mm• Capacity- 1.4mL
Cole-Parmer Jenway Quartz Cuvette, UV/Visible, 2.0 to 3.5 mL, 10 mm Path; 1/EA
Quartz cuvettes are available in a wide capacity range from 50 L to 35 mL and path lengths from 10 to 100 mm.
Visible % transmission: maximum from 400 to 750 nm
UV wavelength % transmission: maximum from 200 to 400 nm
Starna Cells Inc FLUOROMETER CUVETTE
Fluorometer Cuvette, Path Length: 10mm, Exterior Dimension: 12.5L x 12.5W x 25mmH, Interior Dimension: 10L x 2mmW, Nominal Volume: 0.400 mL, Window Material: Spectrosil UV Quartz windows, Useable Range: 170 to 2700nm, Polished Windows: 4
Perkin Elmer US LLC UV Quartz SUPRASIL Rectangular Macro Cell with PTFE Stopper - 10 mm, Qty. 2
The UV Quartz SUPRASIL Macro Cell has a 10 mm path length, a cell volume of 3.5 mL, and a PTFE lid. Its outside dimensions are 45 mm (H) x 12.5 mm (W) x 12.5 mm (D). Qty. 2
Waters Corp Cuvette Kit, 45 μL, Quartz, for NanoStar, NanoStar II, Mobius or ZetaStar
This kit includes a 45 μL Quartz Cuvette and essential cleaning accessories, ensuring optimal performance and longevity. It is designed for seamless integration with a range of laboratory instruments.
- Includes a 45 μL Quartz Cuvette
- Comes with lens tissue and foam applicators for cleaning
- Compatible with NanoStar, NanoStar II, Mobius, and ZetaStar systems
- Requires a cuvette adapter for use with Mobius
Fireflysci Type 1 Macro Cuvette with PTFE Cover (Material: UV Quartz) (Lightpath:100mm)
Type 1 Macro Cuvette with PTFE Cover (Material: UV Quartz) (Lightpath: 100mm)• Cuvette has an open top with a PTFE lid which rests on the top• Material is UV Quartz (transmits over 80% between 190-2,500nm)• Two windows optically polished• Lightpath is 100mm• Outside dimensions 102.5x12.5x45mm• Inside Dimensions- 100x10x45mm• Capacity- 35mL
Technical Glass Products Inc QUARTZ LID HANDLE 100X66X62X35
NC2953620 QUARTZ LID HANDLE 100X66X62X35
Azzota Corp 1mm Pathlength Std Cuvette Q
1mm Pathlength Standard Cuvettes 0 35ml Quartz (190nm-2500nm) with Teflon stopper but round bottom
Azzota Corp 10mm blk 0.1ml Z8.5 Quartz
Pathlength - 10mm Inside width - 2x5mm Volume - 0 1ml Dimensions - 45x12 5x12 5mm Black walls Z-Height - 8 5mm Type Q - Quartz (190nm-2500nm)
Genscript Corporation CLEC12A/MICL/CLL-1 His Cynom
CLEC12A has recently been identified as an antigen expressed on leukemic stem cells and leukemic blasts Given the fact that this expression profile seems stable throughout diagnosis treatment and relapse on leukemic blasts and leukemic stem cells CLEC12A can be considered a highly potent and reliable marker for the detection of measurable residual disease and therefore applicable for risk stratification and prognostication in AML
