Cells

The Special Quartz Macro Cuvette has a path length of 50 mm, a volume capacity of 17.5 mL, and a PTFE cover. Qty. 1

The Special Quartz Macro Cuvette has a path length of 20 mm, a volume capacity of 7.0 mL, and a PTFE cover. Qty. 2

The Special Quartz Macro Cuvette has a path length of 100 mm, a volume capacity of 35.0 mL, and a PTFE cover. Qty. 1

The Special Quartz Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2

The Special Optical Glass Macro Cuvette has a path length of 50 mm, a volume capacity of 17.5 mL, and a PTFE cover. Qty. 2

The Special Optical Glass Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2

The Quartz Suprasil Macro Fluorescence Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2

The Quartz Suprasil Flow-Through Semi-Micro Cuvette has a path length of 10 mm, a volume capacity of 390 µL, a chamber height of 11 mm, tubing, connectors, and a PTFE cover. Qty. 1

The Quartz Suprasil Flow-Through Semi-Micro Cuvette has a path length of 10 mm, a volume capacity of 160 µL, a chamber height of 8 mm, tubing, connectors, and a PTFE cover. Qty. 1

The Quartz Suprasil Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE stopper. Qty. 2

The NIR Quartz Macro Cuvette has a path length of 10 mm, a volume capacity of 3.5 mL, and a PTFE cover. Qty. 2

The Flow-Through Cell for the Auto Sipper Accessory is made of quartz, has a cell volume of 420 µL, and a center height of 15 mm. Its dimensions are 35 mm (H) x 12.5 mm (W) x 12.5 mm (L). This universal cell is designed specifically for the LAMBDA 365/465, enabling the sipper system to work with these spectrometers.

This Flow-Through Cell for the Auto Sipper Accessory is made of quartz, has a cell volume of 420 µL, and a center height of 8.5 mm. Its dimensions are 35 mm (H) x 12.5 mm (W) x 12.5 mm (L). This universal cell is designed specifically for the LAMBDA 265, enabling the sipper system to work with the LAMBDA 265 spectrometer.

This Quartz SUPRASIL^™ Flowcell is used in Fluorimetry. It has the following specifications:

• Path Length: 10 mm
• Cell Volume: 440 µL
• Windows: 3
• Quantity: 1

Quartz SUPRASIL^™ cells are identified by a blue PerkinElmer logo.

The Cell Holder Cap is compatible with the Quartz Cell with Low Profile Stopper (N4202030).

The Quartz Cell with Low Profile Stopper is the only cell that can be used in the Integrating Fluorescence Spheres (N4201017). It's low profile avoids sample spills that could damage the Spheres. The Cell Holder Cap (N4202031) is compatible with this cell.

The Precision Cell for Powder Sample provides highly precise measurements of powder samples. It is designed with a quartz twist off cover which enables easy loading of powder or granular samples into the cell.

This HTM Demountable Cell Kit comes with two potassium bromide windows, one drilled and one undrilled, that easily insert into the HTM Demountable Cell (L1390046), not included in this kit. These windows are recommended when working in humid environments or conditions.

This HTM Demountable Cell Kit comes with two calcium fluoride windows, one drilled and one undrilled, that easily insert into the HTM Demountable Cell (L1390046), not included in this kit. These windows are recommended when working in humid environments or conditions.

This HTM Demountable Cell Kit comes with two zinc selenide windows, one drilled and one undrilled, that easily insert into the HTM Demountable Cell (L1390046), not included in this kit. These windows are recommended when working in humid environments or conditions.

This product consists of Automatic Peristaltic Pump, Pumping Cartridge, tubing, and Computer Interface Cable. This uses complete software control for automation of liquid sampling using this sipper system. Flow of the sample is controllable by the software. There are 2 flow channels, and included is 1 flow-through cell, 420 μL (N4101052).

An Oyster cell consists of a top and bottom window assembly fitted together to create a defined, repeatable path length. The cell sits horizontally in Pearl optical unit tray. The top window defines the window material. The bottom window determines the path length. Windows can be combined to create varied configurations of path length and window orientation (parallel or wedged). The wedge angle is set for the bottom window assembly only.

An Oyster cell consists of a top and bottom window assembly fitted together to create a defined, repeatable path length. The cell sits horizontally in Pearl optical unit tray. The top window defines the window material. The bottom window determines the path length. Windows can be combined to create varied configurations of path length and window orientation (parallel or wedged). The wedge angle is set for the bottom window assembly only.

An Oyster cell consists of a top and bottom window assembly fitted together to create a defined, repeatable path length. The cell sits horizontally in Pearl optical unit tray. The top window defines the window material. The bottom window determines the path length. Windows can be combined to create varied configurations of path length and window orientation (parallel or wedged). The wedge angle is set for the bottom window assembly only.

The Wedged Oyster Cell consists of a top and bottom half. Each half has a ZnSe window. It has a path length of 500 µm. It is specially designed to work with the Pearl^™ Liquid Analyzer (L6310250/L6310251) accessory.