Oyster cells offer defined, consistent and repeatable pathlengths, and they are offered as parallel or as wedged cells to eliminate fringing. The Parallel Oyster Cell for the Specac Pearl is comprised of of two halves (top and bottom). The bottom half determines the pathlength. This allows for configuration of two different pathlengths for one cell.
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The versatility of the Oyster sample cell for the Specac Pearl FT-IR liquid transmission cell allows a wide range of samples to be analyzed quickly and easily. The Lift and Tilt mechanism of the Oyster cell allows for the top of the cell assembly to be lifted and tilted to one side allow for easy sample changes and cleaning. The Oyster is ideal for handling highly viscous samples such as oils and greases. For volatile samples, sample injection through an access port at the top of the Oyster cell allows for easy sample introduction. Viewing windows located at the top and bottom of the Oyster cell allow the user to view the sample and ensure no bubbles are trapped.
A complete Oyster cell is comprised of a separate top and bottom window assembly which are brought together to create a defined and repeatable path length. The top window assembly of the Oyster cell is placed as a precision fit over the bottom window assembly. The complete Oyster cell sits horizontally within the sliding tray of the Pearl optical unit. The top window assembly for a particular window material is common to all complete Oyster cells.
| Material | Zinc Selenide |
|---|---|
| Path Length | 25.00 µm |
| Product Brand Name | Oyster |
| Product Group | Specialty Cells |
| Technology Type | IR |
| Part Number | Path Length |
|---|---|
| L6311036 | 25 µm |
| L6311037 | 50 µm |
| L6311038 | 100 µm |
| L6311039 | 200 µm |
| L6311040 | 500 µm |
| L6311041 | 1000 µm |
