|
|
|||||||||||||||||||
|
|
||||||||||||||||||
|
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Measure oxygen non-invasively in food and beverage packagingThe RedEyeTM is a revolutionary oxygen sensing product designed specifically to measure oxygen in packaging. The RedEye is integrated into the inside of the package during the packaging manufacturing process and when used with a blue LED and fluorometer, will quantitatively report the amount of oxygen in the package.
How it WorksThe RedEye uses fluorescence quenching of the ruthenium or porphyrin complex to measure the partial pressure of dissolved or gaseous oxygen:
Choose from 2 Oxygen Sensor CoatingsWe use high-performance sol gel coatings for our RedEye, while manufacturers of similar products use polymer membranes. Sol gel coatings provide many advantages over polymer membranes such as better thermal and mechanical stability, superior chemical compatibility, ease of production and faster response time. The RedEye can be manufactured with either of our oxygen sensor coatings.
Self-adhesive RedEye for TestingThe RedEye has no minimum and maximum diameter sizes, but typically sizes will vary from a few millimeters to several centimeters. Every order is manufactured per a customer’s specifications. Though the RedEye typically is integrated into a product’s packaging, it can be introduced into a package post-production for R&D purposes as self-adhesive acrylic patches with one of our three coating formulations. Typical Applications
RedEye Ordering InformationIn addition to the RedEye patch (available in two coating options), we also offer an evaluation kit consisting of a pack of 5 patches in each of the coating options.
|
||||||||||||||||
| Specification | Dissolved Oxygen in H2O | Oxygen Gas (at 1 atmosphere) |
| Sensor mechanism: |
Phase shift due to change in partial pressure of O2 |
|
| Dynamic range: | 0-120 ppm | 1-300% O2 (mole percent) |
|
0-3 atm O2 pressure |
||
| Response time (standard): |
~ 1 second |
|
| Response time (w/overcoat): | 30-50 seconds | 20-30 seconds |
| Temperature: | Temperature sensor and software-supported compensation | |
| Temperature range: |
0 ºC to 50 ºC |
|
| Chemical compatibility of coating: |
Unaffected by pH change or salinity. Not recommended with strong bases (pH > 10), styrene, ethanol, liquid acetone, acetronile, HF and BTX solvents. |
|
| Resolution: | 0.02 ppm at room temperature | 0.05% (0.04 mmHg) at room temperature |
| Calibration: |
Standard 2-point calibration (linear fit). Multipoint calibration (2nd-order polynomial fit) for improved accuracy and broad dynamic range applications. Single-temperature, single-point calibration using factory-calibrated FOXY patches. |
|
| Accuracy: Accuracy (0-20%, O2, 0-50 ºC) | 5% of reading within 10 ºC differential (using 2nd order polynomial fit to multipoint calibration) | |
| Lowest detectable limit: | 0.02 ppm | 0.05%(0.4 mm Hg) |
| Stability: | Drift < 0.01 ppm per hour | Drift ~0.02% O2 per hour |
| Patch reconditioning: |
N/A |
|
| Temperature recalibration: |
N/A |
|
| Storage conditions: |
No specific requirements |
|
| Cleaning: |
10% hypochlorite detergent for over-coated probes |
|
| Sterilization: |
Gamma radiation |
|
| Probe lifetime: |
One year, may vary depending on usage and application |
|
PRODUCTS |
TECHNICAL |
APPLICATIONS |
CORPORATE |
DISTRIBUTORS
| PRIVACY POLICY
CONTACT US |
CATALOG |
PRICE LIST |
ORDER INFO

.
©2007 Ocean Optics, Inc. All rights reserved.
Terms of
Use and Privacy Statement
+1
727.733.2447 • +1 Fax 727.733.3962 •
![]()
Contact an Ocean Optics Applications Scientist
Mulltifrequency Phase Fluorometer